Gree's five-axis lineup, in-house spindle / linear-motor / direct-drive, and how each model maps to a scenario.
China CNC Daily Insight · Issue #26
China's Five-Axis CNC Gap — How Far Has It Closed?
Executive summary — read this first.
- China's five-axis CNC localization rate (by machine count) reached 59.5% in 2025, up from ~6% in 2015 and 18% in 2020 — the first time domestic brands exceeded imports in unit share.
- The catch: 59.5% is by units, not value. In the highest-end five-axis segment and by revenue, German/Japanese brands still lead. The honest read is segmented progress, not a blanket close.
- What actually closed it: direct-drive (ball-screw-free) motion chains, full-stack self-development at KEDE / Jingdiao / Gree, and AI-enabled controls — plus a surge of real production data from domestic users.
- What's still open: long-term accuracy retention (mean-time-between-failure / precision-hold) and the CNC "brain" (FANUC + Siemens still hold the majority of China's five-axis controller market).
- For overseas buyers: Chinese five-axis is now a credible first choice for EV/aluminum, 3C, robotics and general machining; reserve German/Japanese for the tightest certified tolerances and aerospace-titanium / ultra-precision work.
Snapshot: where the five-axis market stands in 2026
59.5%
Domestic five-axis share by units (2025)
18% → 59.5%
Localization: 2020 → 2025
+43%
Domestic five-axis orders, Q1 2026 (CMTBA)
~30%
Five-axis controller localization (overall)
#1
China machine-tool exporter, 2025 (21.6% share)
Five-axis linkage (simultaneous 5-axis) means the tool and/or workpiece move across three linear axes plus two rotary axes at once, so a complex 3D part is finished in a single setup. The metric everyone quotes — 59.5% domestic share in 2025 — comes from the China Machine Tool Builders' Association (CMTBA) and CIC Consultancy, and is corroborated by provincial industry data. The same sources are clear that the figure is by machine count: by value, and in the most demanding five-axis segment, imported brands still hold the lead.
What actually closed the gap
1. A decade of rising localization
The trajectory is the headline: from single digits (~6%) in 2015, to 18% in 2020, to 59.5% by units in 2025. In early 2026, domestic five-axis order growth ran about +43% year-on-year (CMTBA). That is not a single hero product — it is a whole tier of makers (KEDE, Jingdiao, Gree, Haitian, Neway, Creator and others) now shipping volume.
2. The direct-drive leap — a "change-lane" move
A distinct Chinese path is the direct-drive (全直驱) motion chain: linear motors and torque motors replace ball screws on some axes, removing backlash and wear at the source. KEDE's GNC62 and Gree's in-house servo / direct-drive rotary table are the visible examples; Kuoruisi (钶锐锶) shipped its self-developed PWM CNC system in over 20,000 sets and led domestic direct-drive sales in 2024; Deyang Jiechuang's all-direct-drive five-axis blade mill (2026) is reported at ~40% lower cost and +30% efficiency versus imported equivalents. The point for buyers: in aluminum, mold and mid-precision work, the spec sheet now reads on par with Japanese rivals — at a fraction of the price.
3. Full-stack self-development at the front-runners
- KEDE 688305 Five-axis complete-machine localization >90%, core component self-sufficiency ~85%, and the GNC62 — a fully in-house-source high-end CNC system benchmarked against Siemens 840D. Delivered 1,047 five-axis machines in 2025; order books reportedly extend into 2027.
- Jingdiao The rare "full-stack" Chinese maker — in-house CNC, CAM software, electro-spindle, rotary table and machine. Top domestic share in high-precision five-axis; its JDGR400T earned China's first machine-tool manufacturing-maturity Level-8 certification.
- Gree A challenger from the appliance world: self-developed electro-spindle (nose geometry ≤1 µm, ±1 °C thermal control), linear motors (1.2G acceleration) and CNC/servo/swivel head. The GA-FA320 direct-drive five-axis rotary-table model repeats at 0.006 mm and targets robot joints and precision parts; the GA-FMB3020D dual-beam gantry claims +25% efficiency over a single five-axis setup. Gree's 2025 Intelligent Equipment segment revenue was ¥681M (up ~61% year-on-year), the group's fastest-growing division, and its high-speed dual five-axis gantry took the 2025 Geneva Invention Exhibition gold medal.
4. AI-enabled control as a fresh variable
Huazhong's HNC-10 is described as the world's first CNC system embedding an AI chip and large model, with adaptive compensation and predictive maintenance; its HNC-8 has shipped roughly 150,000 sets. AI-assisted thermal and vibration compensation is the area where Chinese makers can plausibly leapfrog rather than chase — because the edge comes from software and data, not just mechanical maturity.
Where the gap is still real (honest limitations)
Read this before you source. A credible read does not hide the residual gaps. These are technical-maturity gaps, stated plainly so you can match the machine to the job — not verdicts on any brand.
- Long-term accuracy retention. Premium Japanese spindles are reported holding tolerance over ~50,000+ running hours with minimal radial-runout growth; many domestic spindles need rework sooner. The gap lives in material recipe, heat-treatment and ultra-precision grinding know-how accumulated over decades — not in the drawing-board spec.
- The CNC "brain." FANUC and Siemens together still hold the majority of China's five-axis controller market (roughly 31.7% and 24.8% by one 2026 install-base estimate). Overall controller localization is only about 30%. Gree/KEDE/Huazhong are closing this fast, but it remains the last stronghold.
- Ultra-precision bearings & gratings. The highest-grade bearings and encoders are still partly imported across the Chinese industry — a point Gree itself has acknowledged.
- Product-line breadth & value. Japanese leaders cover the full ladder (turning, drilling, gantry, turn-mill, ultra-precision grinding); domestic strength concentrates in vertical five-axis, gantry and drilling centers. And Chinese export unit prices still sit well below German/Japanese equivalents — volume is ahead of value.
Competitive positioning: China vs Germany / Japan
| Dimension | Chinese five-axis (front-runners) | German / Japanese leaders | Buyer read |
|---|---|---|---|
| Unit market share (2025) | ~59.5% domestic | <50% combined (by units) | China leads by count |
| Price & lead time | Typically 40–60% of import price; ~3-month delivery | 2–4× price; 6–12+ month delivery | China strong on cost/speed |
| Accuracy retention / MTBF | Improving; rework needed sooner at volume | Decades of process data; longest hold | Germany/Japan lead |
| CNC controller | Self-developed rising (Gree/KEDE/Huazhong) | FANUC/Siemens dominant | Mixed; verify per model |
| Best-fit work | EV/aluminum, 3C, robotics, general precision | Aerospace-titanium, ultra-precision, certified tight tol. | Match to scenario |
Overseas reality: what the export lead means for you
In 2025 China became the world's #1 machine-tool exporter by value (about €8.6B, ~21.6% share vs Germany's ~16.7% — VDW). Two honesty notes for overseas buyers: (1) VDW itself notes part of that Chinese export total comes from German/Japanese/Swiss plants inside China, so "China #1" is partly a relocation story; (2) Chinese export unit prices still trail German/Japanese equivalents, meaning the lead is in volume and coverage, not premium value. For a buyer outside China, the practical upside is a stable, cost-effective second source with short lead times — and the practical caveat is to verify published specs on a paid trial part, since after-sales depth varies by region.
Data credibility rating
| Claim | Source | Rating |
|---|---|---|
| Five-axis localization 59.5% by units (2025); 18% (2020) | CMTBA + CIC Consultancy; provincial MIIT data | High multi-source, association + government |
| China #1 machine-tool exporter 2025 (21.6% vs 16.7%) | VDW / Gardner Intelligence | High association official |
| KEDE five-axis >90% local; GNC62 full-source | KEDE disclosures / exchange filings / industry media | Medium vendor-stated + exchange filings |
| Gree GA-FA320 0.006 mm repeatability; +25% gantry efficiency | Gree published specs / annual report | Medium vendor-stated, not independently verified here |
| Accuracy-retention / MTBF gap (domestic vs Japan) | Industry media cross-reports | Medium consistent narrative, not lab-measured here |
| FANUC+Siemens >50% of China five-axis controller market | 2026 install-base estimate | Medium estimate, single analyst |
| Direct-drive cost −40% / efficiency +30% (Deyang) | Public report | Medium vendor/project claim |
Guidance by use case
- EV battery trays / structural aluminum, 3C housings, robot joints → Chinese five-axis (e.g. Gree GA-FMB3020D, GA-FA320) is a strong first choice on price, lead time and turnkey solution.
- General precision machining, fixtures, molds (mid tolerance) → Credible and cost-effective; validate surface finish on a trial part.
- Aerospace titanium, hardened die steel, certified tight tolerances, ultra-precision → German/Japanese leaders still set the bar; use Chinese machines where volume and cost dominate, imports where the last micron and longest hold matter.
- First trial → Ask any supplier for a paid sample part in your material; measure what they claim. That single test beats any brochure.
Not sure which machine family your parts need? Run the free CNC Buyer Self-Check before you talk to any supplier — eight questions return the machine type, the specs that matter, and the questions to ask.
Bottom line. The five-axis gap is no longer "closed or not" — it is segmented. China leads by unit volume and wins clearly on cost and lead time for aluminum, 3C and robotics work; Germany and Japan still lead on long-term accuracy retention, the controller "brain" and the most demanding materials. Choose by scenario, and verify with a trial part.
Frequently asked questions
What does "five-axis linkage" mean, and why does the gap matter?
Five-axis linkage (simultaneous 5-axis) means the tool and/or workpiece move across three linear axes plus two rotary axes at once, finishing a complex 3D part in a single setup. The "gap" is the maturity difference versus German/Japanese leaders — it matters because it decides which parts you can safely source from a Chinese machine and which still call for a premium import.
How much of China's five-axis market is now domestic?
By machine count, domestic five-axis brands reached about 59.5% of China's market in 2025, up from roughly 18% in 2020 and 6% in 2015 — the first time local makers exceeded imports by units. By value and in the highest-end segment, imported brands still lead, so the right read is "segmented progress," not a full close.
Where do Chinese five-axis machines still trail German and Japanese leaders?
Two areas stand out. First, long-term accuracy retention: premium Japanese spindles hold tolerance over ~50,000+ running hours, while many domestic spindles need rework sooner. Second, the CNC "brain" — FANUC and Siemens together still hold the majority of China's five-axis controller market, though domestic systems (Gree, KEDE GNC62, Huazhong) are climbing fast.
Is a Chinese five-axis machining center right for my parts?
For EV/aluminum structural parts, 3C housings, robot-component machining and general precision work, Chinese five-axis is now a credible first choice on price, lead time and integrated solutions. Reserve German/Japanese machines for the tightest certified tolerances and aerospace-titanium or ultra-precision jobs — and validate any published spec on a paid trial part before volume commitment.
Related reading
Not sure a Chinese five-axis fits your parts?
Send your part drawing, material, tolerance and target volume — our application engineers will recommend the best model, run a cycle-time estimate and return a quotation within one business day.