Where Gree CNC machines work
Applications
Gree five-axis CNC machining centers are deployed across the highest-precision supply chains — from EV gigafactories to aerospace programs and the fast-growing humanoid-robot industry. Every application below shares the same underlying architecture: Gree's in-house motion chain, ±5 arc-sec positioning, 0.006 mm repeatability and a self-developed cooling system that keeps thermal drift under control through long production runs.
EV & Battery
Structural and drive-train parts for new-energy vehicles, machined in one setup.
- Battery tray & enclosure machining
- Motor housing & reducer housings
- Dual five-axis gantry platforms for large dies (GA-FMB3020D)
- Cooling plates for EV thermal management
Aerospace
In the C919 airliner supply chain and beyond.
- Structural brackets & fittings
- ±5 arc-sec positioning for airframe tolerance
- Domestic five-axis alternative to import
Humanoid Robots
High-precision joint components.
- Ankle & knee link machining
- Finger-joint micro parts
- ≤1 µm spindle runout for smooth articulation
Precision Molds
Mirror-finish tooling for injection & die casting.
- 0.006 mm repeatability for long tool life
- Complex 5-axis cavity work in one setup
3C Electronics
Consumers-electronics metal frames & fixtures.
- Aluminum & copper fine machining
- High-mix, rapid changeover
General Machining
Job shops upgrading from 3-axis to 5-axis.
- One-setup 5-side machining
- Short lead times from an in-house component base
Frequently Asked Questions
Which Gree model is best for EV parts?
The GA-FA320 five-axis VMC and the GA-FMB3020D dual five-axis gantry are both used for EV structural and battery parts; the gantry suits larger trays.
See GA-FA320 specs.
Can Gree machines meet aerospace tolerances?
Yes — ±5 arc-sec positioning and 0.006 mm repeatability, already validated in the C919 supply chain. Gree Intelligent Equipment holds ~98% core-component localization.
Do you support humanoid-robot part machining?
The GA-FA320's direct-drive trunnion and ≤1 µm spindle runout are suited to ankle/knee links and finger joints for humanoid robots.