- Joints
- Actuator parts
- End-effectors
- Gripper parts
- Arm links
- Housings
- Gearbox parts
- Mounts & brackets
- Sensor mounts
- Precision shafts
- Prototypes
- Production batches
Applications
Which robotics projects we take on
Robotics components must be lightweight, precise and repeatable, supporting reliable motion over millions of operating cycles. We machine joints, actuator parts, end-effectors, grippers, arm links and gear housings to tight tolerances in aluminium, stainless steel and other engineering metals.
WHY MACHINE ROBOTICS PARTS WITH TONGYONG
From robotics prototypes to production
We support robotics developers and manufacturers with CNC milling, turning, 5-axis machining and EDM for precision components. From functional prototypes to repeatable production, our engineers help optimize manufacturability before machining begins.
Robotics components demand lightweight structures, tight tolerances and repeatable accuracy. We machine production-grade materials so prototypes validate fit, motion and assembly before scaling to production batches.
ISO 9001 certified quality
A certified management system that guarantees top quality in an industry that demands rigorous consistency and quality control.
Volume production capacity
We fulfil orders of virtually any size, from one-off prototypes to repeatable production batches of automotive parts.
Range of services
Multi-axis CNC machining, turning, Swiss machining, EDM and finishing for precision robotics components.
Short lead times
Our machines and partner network let us fulfil orders quickly, no matter the quantity or complexity.
Skilled & experienced
Our engineering team supports robotics projects from prototype validation to production machining.
Easy quotation system
Upload your design and we'll quickly provide a fast and accurate quotation for the project.
Processes
CNC Machining Processes We Support
Common questions
Robotics machining FAQs
Can you machine lightweight, stiff parts?
Yes — aluminium and titanium machined for stiffness at minimum weight, ideal for moving robotics parts.
Prototype and production volumes?
Both — from a single prototype to repeatable production batches.
What tolerances can you hold?
Critical features from around ±0.01 mm, verified by CMM and kept consistent batch to batch.
Can you machine gears and motion parts?
Yes — gears, carriers, shafts and bearing fits for accurate, repeatable motion.
What files do you need?
A 3D model (STEP / IGES) plus a drawing for critical dimensions, tolerances and finish.