Shenzhen Han's CNC Technology Co., Ltd.: Pickaxes for the Silicon Era
I. Introduction & Episode Roadmap
Picture a rack of AI accelerators — the kind anchoring a modern data center hall, where seventy-plus GPUs are wired together as a single logical machine, drawing more power than a suburban street. Everyone photographs the chips. Almost nobody photographs the boards.
Yet underneath the copper busbars and liquid-cooling manifolds sits a piece of glass-epoxy laminate that is, in its own way, as difficult to manufacture as the silicon it carries. Not eight layers. Not twelve. Thirty, forty, sometimes more — pressed into a slab thicker than a paperback and threaded with hundreds of thousands of holes, each drilled to a depth tolerance measured in fractions of the width of a human hair. Get one hole wrong, and a 224-gigabit-per-second signal lane turns into an antenna radiating noise into its neighbors. The board is scrap. The rack is late.
So the question that opens this story is not "who makes the chips?" It is: who makes the machines that make the holes?
For a growing share of the world's AI-grade circuit boards, one answer is a company most Western investors have never heard of. 深圳市大族数控科技股份有限公司 Shenzhen Han's CNC Technology Co., Ltd. trades as 301200 on the 深圳证券交易所 Shenzhen Stock Exchange and, since February 2026, as 3200 on the 香港联合交易所 Hong Kong Stock Exchange.1 It was carved out of the industrial laser conglomerate 大族激光 Han's Laser Technology Industry Group Co., Ltd. (002008.SZ), and builds the drilling, exposure, forming, lamination, and inspection equipment that PCB fabricators install on their factory floors.2
The scoreboard, as of the last full reporting year, reflects an intensely fragmented market. Han's CNC held roughly 6.5% of the global market for PCB-dedicated equipment in 2024 — enough to rank first worldwide, though the top five vendors combined held only 20.9%.3 Inside China, it held about a 10.1% share.3 It counts roughly 80% of Prismark's global top-100 PCB manufacturers as customers, along with every member of the 中国电子电路行业协会 China Printed Circuit Association's domestic top-100 list.4
The company's financial history is a study in extreme cyclicality rather than smooth compounding. Revenue peaked before its initial public offering at RMB 4.08 billion in 2021.5 Following its listing, sales collapsed 60% to a trough of RMB 1.63 billion in 2023, while net profit dropped 68.8% in that year alone.6 The demand boom in artificial intelligence then triggered a sharp rebound: revenue reached RMB 5.77 billion in 2025, up 72.7%, while net profit attributable to shareholders jumped 173.7% to RMB 824 million.7 In the first half of 2026, management guided for net profit of RMB 900 million to RMB 1.0 billion — generating more profit in six months than in all of 2025.8
That tension lies at the heart of this story. Han's CNC is a genuine technical achiever: a Chinese machine builder that climbed from selling entry-level drills on price to certifying next-generation AI server tooling with global tier-one fabricators.9 It is also a business whose economics are violently cyclical, whose balance sheet has levered up sharply during the boom, whose largest shareholder has extracted more cash via dividends than the business earned in its first two years as a public company, and whose management responds to challenging questions with notable vagueness. Both dynamics exist simultaneously, requiring rigorous analytical scrutiny.
The roadmap for this analysis unfolds as follows. First, the underlying physics — what a PCB equipment maker actually does, and why high-end fabrication is so demanding. Next, the origin story within Han's Laser and the mechanics of the carve-out. Then, the financial rollercoaster: the exquisitely ill-timed 2022 listing, the subsequent downcycle, and the AI-driven recovery. That is followed by segment economics and the competitive landscape spanning Germany, Japan, Taiwan, and domestic low-cost competitors. The analysis then evaluates management's primary growth narrative — IC package substrate equipment — before applying structural frameworks from Hamilton Helmer's 7 Powers and Michael Porter's Five Forces. Finally, a stress test examines corporate governance, related-party economics, working capital dynamics, short-seller vulnerabilities, and key operating metrics for investors.
Start with the holes.
Subscribe on LinkedInII. The Physical Foundation: What is a PCB Equipment Maker and Why Is It Hard?
Inside a modern printed circuit board factory in 惠州 Huizhou or 昆山 Kunshan, the dominant sound is a continuous, high-frequency whine—resembling a room of dental drills raised an octave. That whine comes from tungsten carbide bits, some thinner than a human hair, spinning at speeds that would disintegrate ordinary mechanical bearings while punching through stacks of copper-clad fiberglass at thousands of holes per minute per spindle.
The Lasagne Problem
At its structural core, a printed circuit board functions like a multilayered lasagna: thin sheets of glass-fiber cloth impregnated with resin, faced with copper foil, etched with conductive traces, and bonded under intense heat and pressure into a single rigid slab. The engineering hurdle lies in linking those internal layers. An electrical signal travelling from layer 3 to layer 27 must move vertically through the slab along a copper-plated channel known as a via.
Consequently, a PCB fabrication plant operates as a sequential chain of physical steps, and Han's CNC sells machinery across nearly all of them. Lamination (压合) compresses the multilayer stack; drilling (钻孔) establishes vertical interconnections; exposure (曝光), increasingly handled by direct-imaging lasers rather than traditional photographic film, projects circuit patterns onto photoresist; forming and routing (成型) trims panels to final specifications; and inspection and testing (检测)—combining optical inspection for pattern defects with electrical verification of connectivity—determines whether a panel passes or is scrapped.2 Han's CNC describes its lineup as a full-process product matrix, a comprehensive span that sets it apart from competitors that typically focus on only one or two manufacturing steps.10
Why Drilling Is the Hard Part
Drilling represents both the highest capital cost and the steepest technical barrier in PCB fabrication. Mechanical drilling equipment operates under extreme physical constraints. Spindles rely on air bearings—floating the drive shaft on a thin film of pressurized air—because standard ball bearings would overheat and weld together at high rotational speeds. Drill bits measuring just 0.1 to 0.3 millimeters in diameter must penetrate composite panels consisting of woven glass, cured resin, and soft copper, materials with drastically different hardness and thermal expansion properties. Advancing the tool too fast causes fragile bits to snap or deflect off-center deep inside the board. Advancing too slowly generates excessive friction heat, smearing molten resin along the hole walls and insulating surfaces intended for copper plating. Each drilled hole requires balancing speed, heat dissipation, and mechanical precision, with high-end machines executing this trade-off across six spindles simultaneously, thousands of times per minute.
This mechanical reality creates a distinct commercial dynamic. A drilling machine is not a one-time transaction. Fabricators consume bits by the thousands, require periodic spindle overhauls, need custom process recipes whenever switching laminate suppliers, and yield operational data that informs future machine iterations. As a result, field-service proximity functions as a primary competitive moat rather than an operational expense, granting equipment vendors with dense footprints inside regional fabrication hubs a structural advantage over foreign rivals relying on long-distance technical support.
The AI Server Problem
The emergence of AI server infrastructure has heightened these technical demands. Standard consumer-electronics circuit boards typically contain eight to twelve layers. AI compute boards regularly exceed eighteen layers, while ultra-high-end orthogonal backplanes and switch boards scale much higher, using specialized high-speed laminates like M8 and M9 that trade ease of manufacturing for minimal signal attenuation. Management has noted fielding investor inquiries regarding equipment capable of processing boards exceeding seventy layers.11
Higher layer counts expose severe physical limitations in traditional drilling equipment. When a machine drills completely through a thick panel to connect layer 3 to layer 8, the remaining channel spanning layer 8 down to layer 40 becomes an unutilized length of copper. At low signal frequencies, this excess material is harmless. At the multi-gigabit transmission speeds required by modern AI architectures, however, that unused segment—known as a stub—acts like a tuning fork, reflecting signal energy back through the circuit and inducing data corruption. To eliminate the disturbance, fabricators execute back-drilling (背钻), re-entering the board from the reverse side to remove unwanted copper while halting precisely before penetrating the target signal layer.
Controlling that depth tolerance represents the principal engineering challenge. The equipment must determine its exact internal depth in real time within an opaque slab whose embedded layers shift by tens of microns during thermal lamination. Han's CNC addresses this challenge with its six-axis independent mechanical drilling machine equipped with charge-coupled device (CCD) vision, 3D back-drilling, and integrated drill-and-measure capabilities—optically mapping internal layer alignment on each individual panel to adjust drilling depth dynamically.9 According to management, this system limits residual stub length to between zero and 100 microns, has passed certification for next-generation AI server boards, and has entered mass production with major fabricators.12
Investors should approach those validation claims with analytical caution: qualification with unnamed tier-one fabricators reflects corporate reporting rather than independently verified data. Nevertheless, financial disclosures provide corroborating evidence, as product mix and gross margin trends align with increased shipments of higher-value, technically complex equipment compared to prior cycles.
Where Bits End and Photons Begin
Mechanical drilling reaches a physical limit at hole diameters around 100 microns, below which mechanical bits frequently snap. Beyond that threshold, laser processing becomes necessary. Carbon-dioxide lasers ablate blind micro-vias in high-density interconnect (HDI) boards used in smartphones, while ultraviolet and ultrafast lasers utilize a cold-ablation mechanism to vaporize material with minimal thermal damage, accommodating heat-sensitive substrates and ultra-fine geometry. Han's CNC states that its latest laser drilling platform incorporates a cold-laser process, claiming an industry first in high-volume micro-via drilling across several next-generation high-frequency and high-speed copper-clad laminate specifications.11
Meanwhile, inspection and testing equipment has evolved from a final quality check into a central determinant of manufacturing economics. On a high-layer-count AI board containing hundreds of thousands of micro-vias, shipping a defective panel damages customer trust, while unnecessarily discarding a functional panel destroys substantial value. In 2025, test equipment revenue at Han's CNC expanded at a rate nearly matching its core drilling division—reflecting how yield assurance becomes increasingly critical as board architecture grows more complex.
Ultimately, an equipment maker's market standing depends on its position along this technical complexity curve. Entry-level machinery for simple through-holes in low-layer boards remains highly commoditized and subject to intense price competition. Conversely, advanced machinery—such as depth-controlled back-drilling for dense high-speed laminates or ultrafast laser systems for sub-20-micron micro-vias—commands higher pricing power, with only a small group of qualified global suppliers. The central question for Han's CNC is how securely it has established itself on the upper tiers of that curve, and whether its technological moat can withstand industry volatility.
To understand how the Shenzhen-based vendor climbed to this point, its origins within Han's Laser provide essential context.
III. Corporate Genesis & The Spinoff Narrative
In December 1996, a 29-year-old aerospace engineer named 高云峰 Gao Yunfeng registered a company in Shenzhen with no technology, no market, and no money—his own later description of the situation.13 What he did have was an idea about laser marking machines. The breakthrough was mundane and commercially effective: he built China's first commercialized laser marking machine and sold it into the unglamorous business of marking garment buttons at roughly half the price of imports.13 That provided the seed capital for everything that followed.
The pattern established in that initial product—identify a category dominated by expensive foreign machinery, build a domestic alternative that is functionally reliable and dramatically cheaper, then leverage the installed base to move up-market—became the foundational playbook for the group that grew into Han's Laser. The parent company listed on the Shenzhen Stock Exchange in 2004 and eventually expanded into industrial lasers, robotics, and automated production lines, becoming the largest listed laser equipment maker in the world by its own account.14
Han's CNC was established on April 22, 2002, as part of that broader expansion, creating a specialized CNC unit inside a laser conglomerate.15 The strategic logic was far from obvious at the time, given that laser marking and PCB drilling share few common components. What they did share was customer geography and favorable market conditions: Chinese PCB fabricators, concentrated in the Pearl River and Yangtze River Deltas, were buying virtually all of their drilling equipment from foreign vendors. Industry incumbents—Germany's Schmoll Maschinen, Switzerland's Posalux, Japan's Via Mechanics and 三菱電機 Mitsubishi Electric, and Taiwan's 東台精機 Tongtai—dominated the market with high equipment prices, remote technical support, and extended lead times for international spare parts.
For a Chinese fabrication plant operating three shifts on thin margins, an unplanned two-week delay for European field service is not merely an inconvenience; it represents a direct material loss. That operational friction—rather than superior raw technology—provided Han's CNC with its market entry point. The company launched at the low end of the market, competing on price and local service proximity, and steadily expanded its footprint over two decades. The long-term impact of that expansion is evident in its current market position: in mechanical drilling, Han's CNC ranks second globally behind Schmoll; in laser drilling, it ranks second behind Mitsubishi Electric; and in its domestic market, it holds a drilling equipment share exceeding 30%.16 Achieving that position required twenty years of sustained execution in a sector where foreign incumbents held a three-decade head start.
The mechanics of that ascent reflect a deliberate, repeatable strategy that shapes the company's current cost position. First, entry-level machines featuring fewer spindles and simpler control systems were priced to lower purchasing friction for mid-tier fabricators. Second, service density was established by stationing field engineers directly within regional industrial clusters, reducing equipment downtime from days to hours. Third, the expanding installed base was converted into an operational feedback loop, using thousands of active production units to identify failure modes and process edge cases that lab testing cannot replicate. Fourth, Han's CNC leveraged established customer trust to systematically move up the product specification ladder.
Together, these steps illustrate how a capital equipment vendor establishes market share in an industry where operational reputation compounds slowly and can erode quickly.
The Carve-Out
By the late 2010s, Han's CNC faced a structural dynamic typical of successful conglomerate subsidiaries: it operated with distinct strategic priorities from its parent, competed internally for capital against unrelated laser divisions, and lacked visibility among investors seeking pure-play exposure to PCB capital equipment. To address these factors, management executed a corporate carve-out. Han's CNC listed on the ChiNext board of the Shenzhen Stock Exchange on February 28, 2022, issuing 42 million shares at RMB 76.56 per share for gross proceeds of RMB 3.216 billion, with 中信证券 CITIC Securities serving as sponsor and lead underwriter.17
The carve-out did not result in operational separation. Han's Laser retained tight equity control, which remains concentrated. Ahead of the company's Hong Kong listing, the actual controller held approximately 84.39% through Han's Laser and affiliated entities.18 The H-share issuance diluted the controlling stake only modestly, with Han's Laser and 大族控股集团 Han's Holdings seeing their combined ownership move from 74.27% to 73.43% of enlarged capital.19
Executive leadership sits with 杨朝辉 Yang Chaohui, born March 25, 1975, who has served as both Chairman and General Manager since November 2020 following an earlier career at 中兴通讯 ZTE.20 His 2025 compensation reached RMB 4.27 million, representing an increase of RMB 1.96 million from the prior year—an adjustment aligned with the earnings recovery, though moderate relative to the magnitude of the profit expansion.20 Ultimate corporate control continues to reside with Gao Yunfeng.
The Intercompany Question
The resulting corporate structure raises an essential analytical question for minority investors: do public shareholders in Han's CNC share equivalent economics with the controlling parent?
Disclosed related-party transactions highlight several structural linkages. In 2024, Han's CNC procured RMB 403 million in goods and services from related parties—representing 22.97% of total procurement—with supplier overlap with the parent group reaching approximately 22%.18 Conversely, sales to related entities remained immaterial at RMB 7.3 million, accounting for less than 1% of total revenue.18 Transaction pricing presents a more notable variance: gross margin on related-party sales stood at 23.7%, compared with 31.5% on arm's-length commercial transactions—a differential highlighted in the Hong Kong filing analysis as a potential channel for economic value transfer.18
At the parent level, the board of Han's Laser approved a 2026 cap of RMB 570 million for daily related-party transactions across the group, executed on a stated market-reference pricing framework, compared with actual transactions of RMB 280.85 million during the first eleven months of 2025.21 The largest recurring item comprised property and facility services obtained from Han's Holdings, totaling RMB 69.89 million in actual expenditure over that period against an annual estimate of RMB 90 million.21 Interested directors, including Gao Yunfeng, recused themselves from the board vote.21
These arrangements reflect standard corporate governance disclosures, including independent director approvals and pricing formulas tied to market benchmarks, while the total transaction values remain limited relative to overall group revenue. Nevertheless, minority shareholders are invested in an operating entity that leases facilities from its controlling shareholder's private holding vehicle, sources nearly a quarter of its procurement from affiliates, and records lower gross margins on related-party sales than on third-party commercial business. These factors represent ongoing governance dynamics to track, particularly during industry downcycles when gross margin preservation becomes critical.
This corporate context is further underscored by the financial position of the ultimate parent entity. Han's Holdings—the largest shareholder of Han's Laser with a 15.37% stake, led by Gao Yunfeng as legal representative—reported net losses of RMB 179.77 million for full-year 2024 and RMB 197.94 million for the first nine months of 2025.21 A loss-making controlling entity maintains structural incentives to generate liquidity from listed subsidiaries within its group—a dynamic that provides important context for analyzing corporate dividend policy over time.
While the carve-out provided Han's CNC with independent equity capital and standalone public valuation, the timing of its public listing preceded an unexpected market contraction.
IV. The Great Rollercoaster: Peak IPO, 2022–2023 Downcycle & Rebound
Listing at the Peak
In capital equipment markets, companies frequently go public near the top of an industry cycle. Underwriters structure valuations on trailing financial metrics, which peak alongside end-market demand.
The trailing performance of Han's CNC in early 2022 benefited from extraordinary cyclical tailwinds. Global 5G infrastructure deployment, pandemic-driven demand for personal computing hardware, and the smartphone industry's transition to high-density interconnect (HDI) substrates aligned to create one of the strongest capital expenditure periods in printed circuit board history. Revenue reached RMB 4.08 billion in 2021, generating net profit of RMB 699 million.5 Investors bought into the initial public offering on the strength of those figures.
The cycle turned abruptly shortly after the listing. Global demand for consumer electronics contracted, semiconductor supply chains shifted from acute shortages to inventory destocking, and PCB fabricators halted equipment acquisitions as newly installed capacity sat idle. Revenue at Han's CNC fell 31.7% to RMB 2.79 billion in 2022, with net profit declining 37.8% to RMB 435 million.5
The downturn deepened in 2023. Revenue fell an additional 41.3% to RMB 1.63 billion. Net profit dropped 68.8% to RMB 136 million; on a non-recurring-adjusted basis, profit declined 76.1% to RMB 101 million.6 From peak to trough, the business lost 60% of its top-line revenue and more than 80% of its net earnings over a two-year period. Following the contraction, the stock traded below its initial offer price for more than forty months.17
This sharp contraction highlights a central structural characteristic of the company. Han's CNC does not operate as a steady compounder insulated from cyclical swings; it remains a capital equipment vendor whose customer base curtails orders aggressively during downcycles. The 41.3% top-line decline in 2023 demonstrates the substantial operating leverage inherent in the business model across both expansionary and contractionary phases.
What Management Actually Did
Sell-side narratives often assert that management "invested through the downturn" by preserving research and development intensity while industry competitors retrenched. Disclosed financial metrics present a more nuanced reality.
In absolute terms, R&D spending declined for three consecutive years: RMB 265 million in 2021, RMB 230 million in 2022, and RMB 194 million in 2023.6 While R&D expenditure as a percentage of revenue increased by 3.6 percentage points to 11.84% in 2023, this expansion was primarily mathematical, driven by the sharp contraction in the revenue denominator.6 The Hong Kong filing analysis noted that total R&D spending hovered near 8% of revenue over the full cycle, compared to an industry peer average closer to 10%.18
A more precise assessment indicates that management reduced absolute R&D expenditure by roughly 27% from its peak, but limited those cuts relative to the broader revenue decline. The company directed remaining resources toward high-layer board and back-drilling technical programs that became commercially critical during the subsequent recovery. This reflects disciplined cost management within a cyclical downturn rather than an unconstrained counter-cyclical investment campaign. This distinction is analytical: it indicates that management responds to market contractions by trimming operational expenditures rather than maintaining fixed capital spend.
Conversely, management maintained strategic focus during the slump. The company avoided diversifying into unrelated equipment categories, refrained from opportunistic acquisitions using IPO proceeds, and maintained its core operational strategy. Its corporate objective—to become "the most respected and trusted PCB equipment service provider in the world"—remained consistent across financial disclosures from the trough through the subsequent recovery.10
Capital allocation choices regarding cash balances drew substantial scrutiny. During its initial two years as a public entity, Han's CNC distributed approximately RMB 1.2 billion in cash dividends—paying out RMB 840 million for 2022 and RMB 357 million for 2023—against cumulative net profit of RMB 571 million over the same timeframe.22 The company distributed more than double its net earnings during a severe cyclical trough. Because the parent entity retained approximately 85% equity ownership, more than RMB 1 billion of those dividend distributions flowed directly to Han's Laser.22 Alternative financial reporting placed total two-year dividend distributions closer to RMB 1.4 billion, with over 80% allocated to the controlling shareholder.23
Evaluated against the RMB 3.2 billion in gross equity capital raised from public investors in February 2022, this dividend policy represents a notable governance event. Capital raised from minority shareholders was effectively offset by cash distributions to the controlling parent entity over the subsequent two years while core operations contracted, raising valid questions regarding corporate capital allocation priorities.
The AI Rebound
Beginning in late 2024, industry demand re-accelerated driven by structural shifts in PCB specifications rather than a simple recovery in consumer electronics volume. Artificial intelligence server architectures and high-speed networking switches require high layer counts, increased board thickness, heavier copper weights, advanced laminates, and tighter hole tolerances than previous mass-market hardware. These rigorous technical requirements created a equipment replacement cycle, as legacy drilling fleets lacked the precision required for high-layer AI fabrication.
Revenue doubled in 2024 to RMB 3.34 billion, while net profit expanded 120.8% to approximately RMB 300 million.18 Performance accelerated further in 2025, with revenue expanding 72.68% to RMB 5.773 billion and net profit attributable to shareholders increasing 173.68% to RMB 824.27 million.7 Operating performance was evident in non-recurring-adjusted net profit, which rose 290.92% to RMB 821 million, demonstrating that earnings growth was driven almost entirely by core operations.7
Margin trends further reflect this product shift. Consolidated gross margin expanded 7.01 percentage points year on year to 35.12% in 2025, supported by an 8.72 percentage point margin expansion in the drilling equipment segment.24 By comparison, consolidated gross margin stood at 27.2% in 2024 and 34.0% in 2022.18 Expanding gross margins by seven percentage points alongside doubling drilling revenue indicates an improved product mix and pricing realization on high-spec machinery, rather than pure volume expansion.
Operational momentum persisted into 2026. First-quarter revenue reached RMB 1.955 billion, up 103.69% year on year, while net profit grew 176.53% to RMB 322.9 million with a consolidated gross margin of 33.12%.25 In July 2026, management guided first-half net profit to between RMB 900 million and RMB 1.0 billion—representing a year-on-year increase of 241.85% to 279.84% and implying second-quarter net profit of roughly RMB 577 million to RMB 677 million.8 Consequently, net earnings generated in the first six months of 2026 exceeded total net profit for full-year 2025.
Going to Hong Kong
Amid improving operational results, Han's CNC returned to capital markets to execute a dual-listing strategy. The company filed for a Hong Kong listing in mid-2025 and completed the offering in early 2026. Running from January 29 to February 3, 2026, the global offering issued 50,451,800 H shares priced at HK$95.80 per share, raising HK$4,833.3 million in gross proceeds and HK$4,630.7 million in net proceeds after deducting HK$202.6 million in transaction expenses.26 Trading commenced on the Main Board of the Hong Kong Stock Exchange on February 6, 2026, establishing Han's CNC as the first PCB equipment manufacturer with an A+H dual-listed platform.1
Two pricing and institutional dynamics characterized the listing. First, the H-share offer price represented a 46.5% discount to the concurrent A-share closing price of RMB 159.47 on February 3—a substantial valuation spread even within the context of cross-border A/H share discounts, which investors subsequently raised with management.27 Second, the cornerstone investor group featured major global and institutional funds, including GIC, Schroders, Hillhouse's HHLRA vehicle, Morgan Stanley's investment division, Fullgoal Fund Management, and ICBC Wealth Management.26 Shares appreciated approximately 15% on their trading debut, lifting the company's total market capitalization past HK$53 billion.28
Net proceeds were designated for establishing a new production facility and an international R&D and operations center in Singapore, funding next-generation equipment development, and supporting working capital needs—with approximately HK$556 million explicitly committed to advanced PCB equipment R&D.29 Management cited the ongoing migration of PCB fabrication capacity into Southeast Asia as the core strategic rationale for establishing a manufacturing presence outside China.29 However, the decision to raise external equity capital while holding substantial cash reserves—following two years of dividend payouts that exceeded net income—highlighted lingering questions regarding the company's broader capital allocation framework.22
V. Core Business Deep Dive: Market Structure, Segments & Peer Benchmarking
One Number Explains the Company
To understand the economic reality of Han's CNC, look past the corporate marketing taxonomy to a single figure: 72.19%.
That represents the share of 2025 revenue generated by drilling equipment—RMB 4.167 billion, up 98.38% year-on-year.30 All other product lines remain secondary by comparison. Inspection and testing equipment generated RMB 534 million, or 9.24% of the total, expanding 94.62%. Exposure equipment contributed RMB 322 million, or 5.58%—and contracted 5.33%. Forming equipment accounted for 4.68%, attachment equipment 2.05%, and lamination just 0.32% despite an 86.2% surge, while remaining categories accounted for 5.94%.30
This breakdown is critical because it challenges the standard industry narrative. While Han's CNC is frequently described as a diversified, full-process PCB equipment platform, the financial evidence shows a specialized drilling business with a cluster of smaller adjacent lines attached. Roughly three-quarters of top-line revenue—and an even larger share of gross profit, given recent drilling margin expansion—rests in a single product family focused on a single manufacturing step.
That concentration works to the company's advantage during an upward shift. Drilling is the exact bottleneck most strained by the artificial intelligence board transition, explaining why drilling revenue nearly doubled while exposure sales fell. It is also where the company's competitive position is most secure. However, it demonstrates that the broad-platform thesis remains more aspirational than proven. Direct imaging represents a major market where Han's CNC has operated for years, yet its exposure segment declined during the strongest expansion in company history. Management's strategic plan relies on using established drilling relationships as a wedge to cross-sell laser drilling, inspection, forming, and exposure machinery into identical accounts.24 The 2025 results show that cross-selling strategy succeeding in inspection and lamination, but stalling in exposure.
Geographic disclosures reflect a similar concentration. South China—the Pearl River Delta hub leading the buildout of AI server board capacity—generated RMB 3.273 billion in 2025, up 132.1% year-on-year, representing 56.69% of total revenue.31 East China grew a modest 7.08% to RMB 1.247 billion, accounting for 21.61%.31 Meanwhile, overseas revenue reached RMB 609 million, rising 68.3%, yet still accounted for only 10.55% of the total.31 For now, the company remains overwhelmingly a domestic vendor riding a regional investment surge—a reality that underlines why its Singapore expansion is strategically necessary, but also why it will take time to alter the overall financial profile.
The Competitive Map
The industry Han's CNC leads is remarkably unconcentrated, shaping how the vendor competes across different market segments.
The European standard-setters. Schmoll Maschinen of Germany remains the global benchmark in mechanical drilling equipment, with Han's CNC ranking second globally.16 Posalux of Switzerland occupies a similar ultra-precision niche. These vendors compete on machine longevity, extreme tolerances, and established reputations among demanding fabricators. Han's CNC's counter-strategy relies on total cost of ownership and field responsiveness—offering lower initial capital outlays, local engineering support, and software customized for domestic fabrication workflows. While this strategy has captured significant volume within China, available evidence indicates it has not displaced European incumbents at the highest precision tiers, and no public data suggests Han's CNC has gained meaningful share in specialized Western aerospace or defense applications.
The Japanese incumbents. Via Mechanics—now part of the Amada group—and Mitsubishi Electric dominate high-end laser drilling and IC package substrate tooling. Mitsubishi Electric leads the global laser drilling market, with Han's CNC holding second place.16 Japanese fabricators and conservative Korean substrate manufacturers operate under rigid tool-copy protocols: once a manufacturing line is certified around a specific machine model, replacing vendors requires costly requalification across the entire workflow. This high switching cost creates a formidable barrier for Han's CNC, offering the clearest explanation for why the company's international revenue share remains around 10% despite its high global rank on paper.
The Taiwanese cohort. Tongtai (東台精機) and Machvision (牧德科技) maintain entrenched positions inside Taiwanese-owned fabrication plants operating in mainland China, including major accounts such as Avary Holding (鹏鼎控股) and Tripod Technology (健鼎科技). Han's CNC actively targets these accounts by offering rapid, customized engineering turnarounds.
The domestic price-fighter. The most immediate domestic pressure comes from Weijia Technology (维嘉科技) of Suzhou, which holds approximately 27.1% of the Chinese PCB drilling equipment market, placing it second behind Han's CNC's market share of over 30%.16 Across the global mechanical drilling sector, the top three vendors control roughly 57% of total market revenue.16 A well-capitalized domestic rival holding a 27% domestic share with nearly two decades of experience is a structural constraint on pricing power in commoditized equipment lines. This competitive pressure, rather than pure strategic choice, forces Han's CNC to continually push into higher-margin, technically demanding product tiers.
A key structural characteristic of PCB capital equipment procurement explains why market dominance remains elusive for any single vendor. PCB fabricators intentionally split procurement among multiple qualified suppliers—sourcing drilling platforms from one vendor, exposure tools from another, and inspection systems from a third. Maintaining dual-vendor validation for critical process steps mitigates the operational risk of single-source line disruptions. This multi-vendor procurement policy represents standard risk management by fabricators, establishing a natural ceiling on the market share any single equipment maker can capture and explaining why the global top five vendors control barely one-fifth of the total market combined.
Customer Concentration: The Sharpening Risk
Han's CNC's core customer base consists of the Tier-1 PCB fabricators driving the expansion of AI infrastructure: Shennan Circuits (深南电路), Avary Holding (鹏鼎控股), Victory Giant Technology (胜宏科技), Wus Printed Circuit (沪电股份), Kinwong Electronics (景旺电子), Shengyi Electronics (生益电子), Shenzhen Fastprint (兴森科技), and international fabricators including AT&S. Management confirmed on its April 2026 earnings call that it maintains strategic partnerships with multiple domestic and international PCB leaders while expanding internal manufacturing capacity to support customer buildouts.11
However, customer concentration trends reflect growing exposure risk. Top-five customers accounted for 22.6% of total revenue in 2024, rising to 29.6% in the first half of 2025, while the single largest customer expanded from 9.8% to 16.0% over the same timeframe.18 The structural driver is clear—AI board manufacturing is concentrating among a small group of market winners—but the operational implication is immediate: a capital expenditure delay by a single major fabricator directly impacts quarterly financial performance.
The commercial win-loss dynamics are well defined. Han's CNC succeeds where fabricators prioritize multi-process machine bundling, rapid local engineering support, and equipment tailored to domestic factory operating conditions—particularly during aggressive expansion cycles where delivery lead times take precedence over vendor diversification. Conversely, it loses where customer production lines are locked to Japanese or European tools of record, where applications require absolute precision regardless of equipment cost, and in mid-tier segments where domestic competitors like Weijia compete aggressively on price.
The single area where this competitive balance could shift at scale is the market segment Han's CNC has pursued for years without yet securing a dominant footprint.
VI. The Hidden Growth Engine: IC Package Substrate Equipment
The Interpreter Between Two Worlds
In semiconductor packaging, one of the most technically demanding mass-produced components receives little public attention: the IC package substrate.
Positioned between the silicon die and the printed circuit board, this thin slab—typically made of Ajinomoto Build-up Film (ABF) or bismaleimide-triazine (BT) resin—functions as an interpreter between two distinct connection densities. It translates the micro-scale connections on the silicon chip into the slightly broader contact pitch required by the circuit board. In an advanced flip-chip ball grid array (FC-BGA) substrate, via diameters drop below 20 microns. Because mechanical drill bits snap at that scale, processing requires high-precision laser ablation.
Japanese vendors have historically dominated this sector, supplying the underlying substrate materials, fabrication capacity, and specialized equipment. For Chinese fabricators expanding domestic substrate manufacturing, this dependency represents a structural supply-chain bottleneck. Consequently, equity investors pay close attention to Han's CNC's substrate development relative to its current revenue contribution.
However, financial disclosures require careful perspective on scale. Han's CNC does not report IC package substrate machinery as a separate operating segment, nor does the disclosed product taxonomy include a dedicated line item for it. Instead, substrate-related tools are consolidated within the core drilling and inspection divisions.30 Any estimate of substrate equipment revenue is therefore analytical rather than a direct corporate disclosure. Management notes that tools serving this market—including carbon-dioxide and new-generation laser drills, high-precision forming machinery, and high-resolution test systems—are designed for optical-module substrates, glass-based through-glass via (TGV) architectures, and advanced packaging applications.11
The long-term market demand narrative is supported by industry data. Citing projections from industry research firm Prismark at its April 2026 investor meetings, management outlined the broader sector outlook: artificial intelligence servers are projected to become the largest electronic end-market category, growing at a 13.9% compound annual rate from 2024 to 2029. Over the same period, demand for server and storage PCBs is forecast to expand by 18.7% annually, with wired infrastructure growing 15.7%, compared to an overall PCB industry average of 8.2%. Within that growth profile, the three high-end product categories targeted by Han's CNC—18-plus-layer boards, HDI substrates, and IC package substrates—are expected to expand globally by 28.0%, 14.3%, and 12.8% per year, respectively, with mainland China outpacing global rates at 31.9%, 14.8%, and 12.9%.32 Prismark projects that mainland China will account for 75% of the global AI PCB market by 2029.32 Management also noted that high-density interconnect board demand grew 25.6% overall in 2025, driven by a 99.2% surge in high-layer HDI products.32
These industry forecasts establish a clear relative growth hierarchy. Ultra-high-layer circuit boards are projected to expand at more than double the annual rate of packaging substrates. While the IC substrate opportunity is substantial, industry data indicates it represents the slowest-growing segment among the three advanced categories Han's CNC serves. The company's near-term earnings growth remains driven by high-layer mechanical and laser drilling rather than substrate tools. Investors evaluating a potential valuation re-rating based on IC substrates are underwriting a long-term growth option rather than an established financial driver.
The principal commercial barrier lies in customer qualification discipline. Substrate fabrication plants enforce rigid tool-of-record protocols, as a defective substrate ruins an attached silicon die worth far more than the substrate itself. Displacing established Japanese laser equipment suppliers requires not only meeting technical specifications but also completing multi-year qualification cycles where fabricators absorb operational yield risks. Han's CNC has not publicly announced a confirmed tool-of-record design win with a top-tier global substrate fabricator. Until such certifications are confirmed, the substrate division represents a strategic growth opportunity rather than a verified market position.
Capital Allocation Around the Option
The management of capital resources allocated toward this expansion demonstrates strategic focus, alongside specific governance choices.
From a capital discipline perspective, the company has avoided large-scale horizontal expansion. Management has refrained from aggressive acquisition sprees, adjacent-market roll-ups, or purchasing semiconductor equipment vendors at elevated growth multiples. When asked in April 2026 whether Han's CNC planned to expand into PCB electroplating or broader semiconductor capital equipment, executive leadership reaffirmed its existing operating boundary: the business remains focused on specialized processing equipment for PCBs and advanced packaging, relying on internal laser and integrated tool engineering to resolve fabrication bottlenecks.11 Preserving this defined focus during periods of strong equity valuation provides a clear signal of strategic consistency.
Instead, capital deployment has centered on internal research and operational capacity. Research and development expenditure rose 71.47% in 2025 to RMB 458 million, representing 7.93% of total revenue compared to 8.00% in 2024—indicating that R&D investment expanded in line with top-line revenue growth.7 Total R&D personnel reached 908 employees, including 22 holding doctoral degrees.31 Net proceeds from the early 2026 Hong Kong offering were allocated to construct an international R&D and manufacturing facility in Singapore and fund next-generation equipment platforms.29
However, one capital allocation decision warrants analytical review. The company previously canceled an exposure-equipment expansion project funded by its ChiNext initial public offering, later raising new capital in Hong Kong earmarked for facility construction.33 Given that exposure equipment was the sole product line to record a revenue contraction in 2025—falling 5.33%—reallocating capital away from that segment represented a logical response to market demand. Nevertheless, altering the destination of previously raised public funds before seeking additional equity financing raises valid questions regarding long-term capital planning discipline, an issue management has not detailed in public disclosures.
Furthermore, Han's CNC has not disclosed material equity investments in key component suppliers, such as specialized European or domestic manufacturers of high-speed air spindles or optical assemblies. The current evidence indicates an organic development model: one that avoids integration risks associated with corporate acquisitions, but lacks external shortcuts to acquire non-proprietary technical capabilities.
VII. Competitive Strategy Framework: 7 Powers & Porter's 5 Forces
Stripping away the artificial intelligence growth narrative reveals a fundamental strategic question: if a well-capitalized, patient competitor targeted Han's CNC's core market, what structural defenses would withstand the assault?
Evaluating such a scenario is instructive because the entry barrier in mid-tier segments is not absolute precision. A challenger would not need to surpass Schmoll on extreme specification tiers. Instead, a rival could engineer a functional six-spindle machine, recruit experienced motion-control engineers, undercut established pricing, and wait for an industry downcycle—when fabricators prioritize cost reduction and vendor loyalty weakens. That strategy mirrors the initial playbook Han's CNC executed against European incumbents over two decades. Assessing the company's competitive position requires examining which of its current strategic advantages would endure that challenge.
Reading the Seven Powers
Scale economies — real, but narrower than they appear. Han's CNC produces equipment at volumes that allow it to amortize motion-control software development, casting tooling, and application engineering across a substantial unit base, while securing procurement leverage on linear guides, air bearings, and controllers that subscale domestic rivals cannot match. Financial disclosures support this advantage: the company directed RMB 458 million into research and development in 2025, an expenditure level that smaller competitors with similar margin structures cannot duplicate.7 However, Weijia Technology's 27.1% domestic market share indicates that the scale gap against its principal mid-tier rival remains a matter of degree rather than a structural divide.16 Scale economies provide a clear defense against new entrants, but offer limited insulation against established domestic peers.
Process power — the most credible source of durable advantage, and the hardest to verify. Two decades of operational experience in multi-spindle synchronization, thermal expansion compensation, vibration control, and real-time depth-control algorithms cannot be acquired simply by teardown engineering. While physical hardware can be replicated, control software optimized across millions of machine operating hours presents a steeper technical barrier. The observable financial indicator is the seven-percentage-point gross margin expansion recorded in 2025, driven primarily by the drilling division—a margin profile that standard commoditized hardware rarely maintains.24 The analytical test for investors across future reporting cycles is direct: if drilling gross margins compress while segment unit volume expands, process power is less defensive than claimed.
Switching costs — moderate, and asymmetric. Once a fabrication plant qualifies a drilling process on a specific platform, switching equipment requires costly requalification, operator retraining, and reconfiguration of manufacturing execution systems. This dynamic protects Han's CNC's installed base across mainland China. However, the asymmetry lies in the fact that the same switching costs protect incumbents like Via Mechanics and Mitsubishi Electric inside Japanese and Korean plants, explaining why overseas markets generated only 10.55% of total revenue in 2025 despite the company's leading global market rank.31 Switching costs function as a double-edged defense, preserving domestic market share while restricting international expansion.
Counter-positioning — weak, and weakening. Historically, European incumbents like Schmoll could not match Han's CNC's domestic pricing and dense field-service footprint without eroding their existing margin structures. While that counter-positioning dynamic drove initial market share gains, its strategic relevance has diminished as the competitive focus has shifted toward high-end technical capabilities. Fabricators specifying equipment for complex AI backplanes optimize for manufacturing yield rather than initial machine purchase price. Counter-positioning facilitated the company's initial entry into lower-tier markets, but it provides little advantage on advanced product frontiers.
Cornered resource, network effects, brand — thin. Disclosures indicate no proprietary control over essential supply inputs; rather, component concentration is substantial, with the top five suppliers accounting for 29.4% of total procurement.18 Industrial capital equipment generates negligible network effects. While brand reputation holds value domestically—evidenced by sixteen consecutive years as China's top-ranked PCB dedicated equipment supplier according to CPCA rankings—brand recognition alone does not secure tool-of-record status with international substrate manufacturers.4
Porter, Applied
Barriers to entry remain high for new entrants. The requirement for multi-axis precision motion control, substantial capital intensity, and multi-year customer qualification cycles prevents new entrants from establishing scale quickly. This structural barrier protects incumbent equipment manufacturers.
Buyer power is high and expanding. Han's CNC supplies a concentrated group of large fabricators, with the top five customers representing 29.6% of revenue in the first half of 2025.18 These fabricators evaluate competing platforms, execute structured procurement tenders, and curtail capital expenditure during industry downturns, as demonstrated during the 2023 contraction. During cyclical troughs, buyer power becomes the dominant market force.
Supplier power is moderate to high. Critical components, including high-speed air spindles, precision optical assemblies, and specialized laser sources, are sourced from a limited group of specialized domestic and international suppliers. Financial disclosures reflect this structural dependency, with raw materials consistently accounting for more than 85% of cost of goods sold.27 This cost structure limits the company's ability to absorb component price inflation or navigate potential supply-chain export restrictions.
Substitution risk is low currently, but emerging long-term. Vertical signal interconnections via drilled and plated holes remain essential in multi-layer board fabrication. However, alternative architectures—such as glass core substrates with through-glass vias (TGV), optical interconnects, and panel-level packaging—are altering substrate processing requirements. In response to investor inquiries in April 2026 regarding glass substrates and TGV technology, management stated that its latest laser processing, high-precision forming, and inspection platforms can be adapted to these applications.11 That assertion represents potential technical applicability rather than verified commercial adoption. Substitution risk remains minimal for current high-layer board production, but represents an unquantified long-term variable.
Industry rivalry is intense and structural. With the top five global equipment vendors controlling a combined 20.9% market share and the domestic runner-up holding a 27.1% share in China, the sector remains fragmented.3 Standard machinery faces persistent price competition, while advanced tools require ongoing technical development. Han's CNC's strategy—upgrading its product mix into higher-margin tiers faster than lower-tier equipment commoditizes—is operationally necessary, requiring continuous capital allocation to preserve market standing.
Synthesizing these strategic frameworks yields a clear perspective. Han's CNC possesses meaningful but focused competitive advantages: proprietary process know-how in drilling, supported by manufacturing scale and installed-base switching costs across mainland China. However, these advantages operate within a market characterized by strong buyer power, concentrated component suppliers, and persistent peer competition. The business model does not function as an insulated franchise capable of compounding steady returns across all market environments; rather, it represents a technically capable manufacturer operating in a highly cyclical sector currently benefiting from an AI-driven investment expansion.
This structural reality places central importance on management's execution and capital discipline as the industry prepares for the next market cycle.
VIII. Stress Test: Management Credibility, Skeptical Investor Lens & Risk Radar
An Afternoon of Uncomfortable Questions
On the afternoon of April 10, 2026, Han's CNC hosted its annual results briefing online. Chairman and General Manager Yang Chaohui attended alongside Chief Financial Officer and Board Secretary Zhou Xiaodong (周小东), Deputy General Manager Song Jiangtao (宋江涛), independent director Xin Guosheng (辛国胜), and a sponsor representative.11 Although the company had just posted the highest annual profits in its history, the tone from investors was far from celebratory.
One investor asked directly for the size of the company's order book as of year-end 2025 and questioned the consistency of its operational disclosures. Executive leadership responded that business development was proceeding well, existing orders were sufficient, and production remained orderly, directing shareholders to inspect periodic filings.11 The response contained no specific backlog figures.
A second question inquired whether equipment for M9-grade printed circuit board laminates had entered commercial mass production. Management pointed to ongoing advances in laser and high-precision mechanical tooling designed for next-generation materials, omitting a definitive timeline or confirmation.11
A third participant pressed management on corporate transparency, asking whether dual listing in Hong Kong warranted adopting international investor relations standards—such as live audio webcasts rather than typed text exchanges. Executive leadership cited compliance with current regulatory rules and pledged to continuously optimize future formats.11 When a fourth shareholder asked why the company had not published preliminary first-quarter earnings guidance to bolster market confidence, executives replied that ChiNext regulations did not require one.11 A fifth participant highlighted the wide valuation spread between the company's A-shares and H-shares, urging management to expand disclosures to support fair pricing. Executives attributed the spread to structural differences in liquidity, currency, and investor bases, advising shareholders to evaluate the valuation rationally.11
The briefing transcript offers a telling window into management's communication pattern. On strategic vision and technical roadmaps, leadership speaks with clarity and consistency. Yet on concrete quantitative metrics that would allow external analysts to independently track cycle dynamics—such as exact order backlogs, intake rates, and dated customer qualification milestones—management remains systematically guarded. The fact that four separate investors challenged disclosure practices during a single session highlights persistent market demand for greater operational visibility.
This communication posture extends to institutional engagements as well. Summary records from investor meetings across Shenzhen, Shanghai, and Hong Kong between late March and late April 2026—attending firms included Baillie Gifford, Invesco, AllianceBernstein, and Driehaus—are filled with operational color, detailing the validation of six-axis vision-guided platforms, industry projections from Prismark, and structural demand for high-layer interconnect boards.32 Yet those institutional summaries similarly omit specific order backlog totals.32 The contrast is not between retail and institutional messaging, but between qualitative strategic narratives and hard quantitative accountability.
What Credibility Looks Like Over Time
Evaluating management credibility requires balancing operational execution against governance practices.
On technical execution, strategic alignment has remained consistent. The company maintained its core product perimeter and avoided opportunistic expansion into unrelated sectors through the severe 2023 industry trough and into the 2026 demand expansion.10 Rather than altering its corporate identity during macro contractions, leadership framed the slump as cyclical and sustained core engineering projects. When artificial intelligence infrastructure demand emerged, the initial revenue acceleration occurred directly within the high-layer drilling platforms management had prioritized, demonstrating alignment between corporate messaging and operational results.
Conversely, capital allocation decisions present ongoing governance questions. The sequence of raising public equity, distributing cash payouts exceeding net earnings during an operational downturn, and subsequently seeking additional equity capital remains a point of friction for external investors. While the 2025 dividend distribution of 6 RMB per 10 shares against basic earnings per share of 1.95 RMB brought the payout ratio to a conventional 31 percent,24 it followed two years in which dividend distributions to the controlling shareholder exceeded cumulative net income during a severe industry contraction.
While equity ownership remains concentrated with the parent entity, the interests of controlling and minority shareholders can diverge regarding capital distribution timing and affiliate transaction pricing. Between mid-March and late April 2026, the controlling shareholder of parent entity Han's Laser sold 9.96 million parent shares for roughly 949 million RMB at an average price of 95.25 RMB, bringing cumulative share sales to 47.1 million shares for approximately 1.595 billion RMB.34 Although parent-level stock sales do not alter the subsidiary's operating balance sheet, they demonstrate ongoing liquidity requirements at the top of the corporate hierarchy that minority investors must factor into long-term capital allocation expectations.
Governance disclosures also note that Yang Chaohui holds the combined roles of Chairman and General Manager, representing a deviation from the Hong Kong Corporate Governance Code's recommendation to separate executive and board leadership.18 While consolidated leadership structures are common across domestic technology firms, dual listing subjects the governance framework to heightened scrutiny from international capital markets.
The Bear Case, Assembled
AI capex digestion. The primary medium-term risk stems from the lumpiness of customer capital expenditure. Machinery procurement reflects fabricator capacity expansion cycles rather than steady recurring consumption. Management noted that several major global printed circuit board manufacturers maintain capital budgets exceeding one billion U.S. dollars.32 Once fabricators complete initial hardware expansion phases for artificial intelligence server boards, equipment procurement typically contracts sharply. If capacity expansion slows after 2026, equipment demand would experience a sharp cyclical correction comparable to past downturns.
Working capital and earnings quality. Working capital dynamics represent the most immediate financial sensitivity. Trade receivables stood at 3.846 billion RMB with turnover reaching 228 days, while inventories totaled 1.376 billion RMB at 140 days—together accounting for 57.3 percent of total assets at the time of the Hong Kong listing filing.18 By October 2025, trade receivables expanded to approximately 4.69 billion RMB with a 242-day collection cycle, generating an operating cash outflow of nearly 750 million RMB over the first ten months of the year.27 For full-year 2025, net operating cash flow reached 181 million RMB against reported net profit of 824 million RMB, indicating that less than one-quarter of accounting net income converted into operating cash flow.7 By the first quarter of 2026, trade receivables equaled roughly 409 percent of quarterly net profit.25 While rapid revenue growth in capital equipment naturally absorbs working capital, extended collection cycles in a highly cyclical sector create potential credit exposure if customer investment plans cool.
Balance sheet leverage. The company's debt profile expanded alongside top-line growth. Interest-bearing borrowings increased from 17 million RMB at year-end 2022 to 76 million RMB, then 213 million RMB, reaching 746 million RMB by June 2025—a 43-fold rise over two and a half years.18 Over the same period, gearing increased from 19.9 percent to 37.4 percent, while the current ratio declined from 4.6 to 2.1 times.18 For full-year 2025, the debt-to-asset ratio reached 42.68 percent with a current ratio of 1.92 times.24 While equity capital raised in Hong Kong significantly augmented liquidity, the balance sheet trajectory indicates that recent operational expansion relied in part on short-term debt financing.
Domestic commoditization. If domestic competitors such as Weijia Technology successfully commercialize multi-spindle depth-controlled back-drilling machinery, gross margin premiums in advanced mechanical drilling could compress. While Han's CNC currently maintains a technical lead in high-precision back-drilling, domestic peers operate within the same regional supply ecosystem and are actively targeting higher-spec equipment categories.
The Risk Radar
Demand transmission. Reductions in hyperscale data center capital budgets transmit directly to equipment vendors with a two-to-four-quarter lag as fabricators pause hardware procurement. Because drilling equipment accounts for over 70 percent of revenue, the company lacks major counter-cyclical segments to cushion a potential slowdown in server fabrication buildouts.
Supply chain and geopolitical exposure. Supply-chain dynamics present dual exposures. On inbound components, raw materials account for over 85 percent of cost of goods sold, leaving production vulnerable to price inflation or export controls on imported precision optical elements, air spindles, and laser sources.27 On outbound operations, the migration of fabrication capacity to Southeast Asian hubs reduces the relative advantage of a China-centric service network, driving the strategic decision to establish regional manufacturing and R&D facilities in Singapore.29
Technological substitution. Emerging packaging concepts—including glass core substrates, co-packaged optics, and panel-level packaging—could alter long-term processing requirements. Management has stated that its laser and inspection platforms can adapt to glass substrates and advanced packaging formats, though high-volume commercial adoption remains unverified.11
Accounting sensitivities. Valuation estimates surrounding trade receivables and inventory affect assets that represent over half of the balance sheet. While financial filings report no auditor qualifications or restatements, collection velocity and inventory turnover represent key indicators of underlying operational health across changing demand cycles.
These operational and governance characteristics define Han's CNC as a cyclical capital equipment manufacturer. While the business possesses established technical capabilities and leading market positions within major regional fabrication hubs, its long-term financial performance remains tied to broader capital expenditure cycles across the printed circuit board industry.
IX. Epilogue, Playbook & Bull vs. Bear Investment Thesis
When the Child Outgrew the Parent
In August 2025, a telling milestone occurred: Han's CNC's market capitalisation overtook that of Han's Laser, its controlling parent holding roughly three-quarters of its equity.35 A subsidiary worth more than its parent provides a striking market signal of where economic value has migrated inside a conglomerate structure.
That valuation inversion serves as the epilogue to a twenty-four-year story that began when an industrial laser equipment manufacturer decided to build printed circuit board drilling machines.
The Playbook
The carve-out blueprint. Han's CNC offers an instructive case study in structuring a hardware spin-off. The operating unit remained within the parent group for two decades — long enough to absorb early development losses, leverage shared customer relationships and procurement scale, and establish market leadership before accessing standalone equity markets. It then listed while the parent retained controlling ownership, preserving operational synergies while establishing an independent equity currency and dedicated investor base. The trade-offs inherent in this structure remain evident: ongoing related-party pricing scrutiny, a corporate dividend policy shaped by a parent entity with distinct cash requirements, and a persistent valuation discount reflecting governance complexity. Corporate leaders evaluating similar paths must recognize that carve-outs exchange internal organizational friction for public market governance friction rather than eliminating operational constraints.
Cyclical management, accurately assessed. The primary lesson from the 2022–2023 industry downturn is not that management should blindly maintain investment through a trough; in absolute terms, the company reduced its capital spend. Instead, the cycle demonstrates that where capital reductions are applied matters far more than how much is cut. Han's CNC trimmed absolute research and development expenditure by roughly a quarter while top-line revenue plunged 60%, concentrating remaining engineering resources on high-layer and depth-control drilling programs.6 When artificial intelligence infrastructure demand emerged, the validated equipment platforms were prepared for immediate commercial deployment, generating instant margin expansion. The underlying rule for cyclical capital equipment makers is that core technical roadmaps must be protected by strategic priority rather than reduced uniformly, because market recoveries routinely outpace equipment development cycles.
Scope discipline. Product expansion has followed a physically adjacent sequence — moving from mechanical drilling to laser drilling, inspection, forming, and exposure — rather than entering unrelated categories. Each step leverages shared customer accounts, sales channels, field-service networks, and core motion-control and optical capabilities. The counterexample within its portfolio is telling: exposure equipment, the product line furthest from its drilling core, was the sole category to contract in 2025.30 Operating adjacency is a spectrum, not a binary designation.
Myth Versus Reality
Three widespread market claims warrant analytical correction.
Myth: Han's CNC operates as a fully diversified PCB equipment platform. Reality: Drilling machinery generated 72.19% of 2025 revenue and essentially all of its top-line expansion.30 A broad platform remains an aspirational strategy rather than a current financial reality.
Myth: Management counter-cyclically expanded R&D expenditure through the downturn. Reality: Absolute R&D spending declined for three consecutive years during the trough and remains below the peer group average as a percentage of revenue.618 The apparent rise in R&D intensity was mathematically driven by the severe contraction in the revenue denominator.
Myth: The surge in AI-driven demand de-risks the business model. Reality: The demand surge increases customer concentration. Top-five customer concentration expanded toward 30% of revenue, the single largest customer grew to 16%, and accounts receivable expanded faster than net profit.1827 Revenue driven by a small group of fabricators expanding identical infrastructure simultaneously represents correlated customer risk rather than fundamental diversification.
The KPIs That Matter
Three operational metrics provide the clearest analytical signal for monitoring future performance.
First, drilling equipment gross margin. Evaluating drilling gross margin independently of consolidated metrics provides the primary empirical test of process power. Segment gross margin expanded 8.72 percentage points in 2025 as drilling revenue nearly doubled.24 If future reporting reflects expanding drilling volume alongside contracting segment margins, it would indicate that market share gains are being purchased through price concessions rather than technological differentiation, signaling that commoditisation is outpacing up-market migration.
Second, receivable days and operating cash conversion. With collection cycles extending to roughly 240 days and full-year 2025 net operating cash flow representing less than one-quarter of reported net profit, working capital metrics offer the earliest indicator of a cyclical shift.727 Downside pressure typically manifests as fabricators extending payment timelines prior to canceling machine orders. Aligning cash conversion more closely with net earnings alongside revenue expansion would validate earnings quality; deteriorating cash conversion would signal heightened credit risk.
Third, international revenue contribution. Accounting for 10.55% of total revenue in 2025, international sales measure whether offshore expansion in Singapore and the Hong Kong dual listing generate operational traction beyond diversifying the shareholder base.31 Securing qualification with Japanese, Korean, and Southeast Asian fabricators represents the primary avenue for mitigating reliance on China's domestic capital expenditure cycle. Tracking international revenue growth will determine whether Han's CNC evolves into a global equipment vendor or remains tied to a single regional investment cycle.
Bull Versus Bear
The bull case rests on three core pillars. First, the transition to AI server architecture represents a structural hardware replacement cycle rather than a temporary volume surge: high-layer boards, HDI substrates, and packaging substrates are projected to expand significantly faster than the broader PCB market, with mainland China expected to host three-quarters of global AI PCB fabrication by 2029, positioning Han's CNC at the center of demand.32 Second, financial data demonstrates successful up-market product migration, evidenced by seven percentage points of consolidated gross margin expansion in a single year concentrated in core drilling lines.24 Third, the company holds established technical qualifications in high-precision back-drilling, supported by fresh equity capital from its dual listing, an expanding international operational base, and strategic continuity maintained across a complete industry cycle.
The bear case is built on structural vulnerabilities. First, the company lost 60% of its top-line revenue over a two-year downcycle within recent memory, and an increasingly concentrated customer base provides little insulation against a repeat downturn.18 Second, reported earnings reflect lower cash conversion quality than headline net income suggests, burdened by substantial receivables and working capital demands that absorb operational cash flow.727 Third, corporate governance arrangements grant a controlling parent with independent cash requirements decisive influence over capital allocation, a historical dynamic highlighted by dividend payouts that exceeded net income during an operational contraction.22 Fourth, the long-term growth thesis in IC package substrate tooling remains unproven against entrenched Japanese incumbents protected by rigorous customer qualification barriers that cannot be bypassed through price or service proximity alone.
A balanced analytical perspective lies between these two positions. Han's CNC's baseline earnings power in a normalized market environment has increased relative to the prior cycle: its product mix has shifted toward higher-precision machinery, gross margin structures have re-rated upward, its Tier-1 customer footprint has expanded, and the company has established international manufacturing operations alongside a dual-listing venue. These structural developments represent durable operational gains rather than short-term cyclical noise.
However, the recent velocity of earnings expansion is inherently temporary. A business that expanded annual net profit by 174% in 2025 and guided for up to 280% growth in early 2026 is experiencing an aggressive step-function in customer capital expenditure that will eventually normalize. Separating structural operational progress from the peak intensity of an infrastructure expansion represents the primary analytical challenge for investors, a task complicated by management's decision to withhold quantitative order backlog disclosures.
Ultimately, both investment cases reflect the same operating reality at different points in an industry cycle. Shenzhen Han's CNC Technology Co., Ltd. remains a technically capable, strategically positioned vendor supplying essential manufacturing tools to a printed circuit board industry experiencing an unprecedented capital expenditure surge — operating within a sector whose history demonstrates with clarity how rapidly demand dynamics can shift when capacity buildouts complete.
The underlying circuit board vias must still be drilled. The central question for investors is determining how many machines will be required, and for how long the expansion will endure.
References
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Shenzhen Han's CNC Technology (3200.HK) Hong Kong listing and A+H dual platform — uSMART ↩↩
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Hans CNC — AI-Driven PCB Digital Intelligence Solution Provider (official site) ↩↩
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大族数控：2023年净利润1.36亿元 同比下降68.82% — Sina Finance, 2024-04-11 ↩↩↩↩↩↩
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大族数控2025年报解读：扣非净利润增290.92% 研发费用增71.47% — Sina Finance, 2026-03-30 ↩↩↩↩↩↩↩↩
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深圳市大族数控科技股份有限公司 投资者关系活动记录表 编号：2026-002 — CNINFO, 2026-04-29 ↩↩↩
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深圳市大族数控科技股份有限公司 投资者关系活动记录表 编号：2026-001（2025年度网上业绩说明会）— 2026-04-10 ↩↩↩↩↩↩↩↩↩↩↩↩↩
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中信证券助力大族激光分拆大族数控成功登陆深交所创业板 — CITIC Securities, 2022-03-08 ↩↩
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大族数控冲刺港股IPO：2024年净利润激增120.8% 计息借款三年暴增4271% — Sina Finance, 2025-12-03 ↩↩↩↩↩↩↩↩↩↩↩↩↩↩↩↩↩
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大族激光科技产业集团股份有限公司关于2026年度日常关联交易预计的公告 — 深圳证券交易所, 2025-12-25 ↩↩↩↩
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大族数控2025年营收57.73亿元同比增72.68%，分地区收入与研发人员构成 — Sina Finance, 2026-03-30 ↩↩↩↩↩↩
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大族数控投资者关系活动记录表 编号：2026-002（Prismark行业预测与高多层市场情况）— CNINFO, 2026-04-29 ↩↩↩↩↩↩↩
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