Motion hardware
Actuator housings, motor housings, bearing housings and shafts manufactured around critical fits for joint, drive and motor modules.
Robotics Manufacturing Services
Get custom robot parts made to your drawings and finished for your next build. Move from design review to physical parts quickly, with manufacturing support that can scale into production.
- 3–5-day prototype production
- DFM before manufacturing
- Mechanical and electronic manufacturing
20,000+ customers in over 120 countries & regions trust Yongshuo to manufacture their custom parts
Manufacturing Services for Robot Parts
Match each part to the right process, material and production stage while one Yongshuo team keeps your project moving from quote to delivery.
CNC machining
Precision-machine joint housings, shafts and bearing seats, with eligible prototypes ready in 3–5 days.
3D printing
3D print covers, brackets and gripper fingers for rapid iterations and low-volume builds.
Urethane casting
Vacuum-cast consistent shells and soft contact parts for low-volume validation.
Sheet metal fabrication
Fabricate chassis, control boxes and guards with bending, welding, inserts and finishing.
Injection molding
Produce repeatable covers and connectors with rapid tooling, inserts and overmolding.
Die casting
Die-cast aluminum and magnesium housings, bases and supports for repeat production.
3D Printed Sand Casting
Create large, complex castings with 3D-printed sand molds, machining and inspection.
Electronics and assembly
Build PCB assemblies, wire harnesses and electromechanical assemblies to your BOM and test plan.
Robot Parts We Manufacture
Send one drawing package for connected robot hardware, with critical interfaces and assembly fits reviewed across the build.
Gripping hardware
Gripper fingers, dexterous-hand components and tooling mounts made around contact geometry and end-effector interfaces.
Structures
Robot chassis, frames and mounting brackets produced for fit checks, pilot builds and repeat production.
Sensing hardware
Sensor mounts, camera housings and LiDAR brackets built around alignment, cable routing and mounting requirements.
Electronics hardware
Electronic enclosures, heat sinks and PCB assemblies coordinated around thermal, power and mechanical interfaces.
Assembly tooling
Fixtures, locating plates and conveyor components made for repeatable final assembly, inspection and integration.
Aluminum
Manufacture lightweight joint housings, chassis plates and sensor mounts with aluminum grades and finishes matched across machining and casting routes.
| Color: | |
| Common grades and variants | 6061, 6061-T6, 2024, 5052, 5083, 6063, 6082, 7075, 7075-T6, ADC12 (A380) |
| Finishes to discuss | Anodizing, Bead blasting, Powder coating |
| Engineering review | Stiffness and weight, Bearing fits, Finishing allowance |
Stainless steel
Manufacture shafts, fasteners and exposed hardware with stainless steel grades and finishes matched to loads, cleaning conditions, mating surfaces and corrosion exposure.
| Color: | |
| Common grades and variants | SUS201, SUS303, SUS304, SUS316, SUS316L, SUS420, SUS430, SUS431, SUS440C, SUS630 / 17-4PH |
| Finishes to discuss | Passivation, Polishing, Brushing |
| Engineering review | Corrosion exposure, Mating surfaces, Surface condition |
Steel
Build load-bearing shafts, locating pins and assembly fixtures to your drawing, matching the steel family, heat treatment and surface protection to wear, stiffness and repeatable assembly requirements.
| Color: | |
| Common grades and variants | A36, 1018, 1020, 1025, 1045, 1215, 4130, 4140, 4340, 5140, P20, D2 / SKD11, E52100 / SUJ2 |
| Finishes to discuss | Black oxide, Plating, Powder coating |
| Engineering review | Stiffness and weight, Bearing fits, Finishing allowance |
Magnesium
Use magnesium die casting for weight-sensitive housings and supports, with wall geometry, tooling, corrosion protection and secondary machining coordinated for production.
| Color: | |
| Common grades and variants | AZ31B, AZ91D |
| Finishes to discuss | Protective coating, Painting |
| Engineering review | Wall geometry, Corrosion protection, Secondary machining |
ABS
Make robot covers and internal housings for fit checks and repeat production, matching machining, molding or casting routes to appearance and assembly needs.
| Color: | |
| Common grades and variants | ABS Beige (Natural), ABS Black, ABS Black Antistatic, ABS Milky White, ABS+PC Black Flame Retardant, ABS Beige Flame Retardant |
| Finishes to discuss | Painting, Screen printing, Mold texture |
| Engineering review | Assembly fit, Appearance, Service temperature |
Polycarbonate (PC)
Use PC for impact-resistant protective covers and sensor windows, matching the grade and manufacturing route to optical, chemical and surface requirements.
| Color: | |
| Common grades and variants | Flame-retardant transparent PC, Food-grade transparent PC, PC Black, PC Transparent, PC White, PC Yellowish White, PC+GF30 Black |
| Finishes to discuss | Polishing, Mold polish, Printing |
| Engineering review | Optical requirements, Chemical exposure, Impact conditions |
POM (Acetal)
Use POM for bushings, guide blocks and motion interfaces, matching machining or molding to contact load, mating material, clearance and operating environment.
| Color: | |
| Common grades and variants | POM 100AF, POM Black, POM Blue, POM White |
| Finishes to discuss | As machined, As molded |
| Engineering review | Contact load, Running clearance, Mating material |
PA (Nylon)
Develop gripper fingers, guides and brackets through printing, machining or molding, matching the nylon grade to moisture conditioning, build direction and assembly-critical dimensions.
| Color: | |
| Common grades and variants | PA6, PA66, PA12, PA11, Glass-filled PA, Heat-stabilized PA |
| Finishes to discuss | Dyeing, Bead blasting, As molded |
| Engineering review | Moisture conditioning, Build direction, Dimensional stability |
PEEK
Use PEEK for demanding wear interfaces and insulating components, matching the grade and process to temperature, load and chemical exposure.
| Color: | |
| Common grades and variants | PEEK Beige (Natural), PEEK Black |
| Finishes to discuss | As machined, As molded |
| Engineering review | Temperature and load, Chemical compatibility, Grade verification |
PMMA (Acrylic)
Develop clear covers and display windows with PMMA, matching polishing access, edge geometry and impact exposure to the finished assembly.
| Color: | |
| Common grades and variants | PMMA Black, PMMA Transparent, PMMA White |
| Finishes to discuss | Polishing, Mold polish, Printing |
| Engineering review | Optical clarity, Edge geometry, Impact exposure |
Why Robotics Teams Build with Yongshuo
Move from design review to finished parts with engineering, manufacturing and inspection coordinated by one project team.
Iterate Faster
Turn DFM feedback into updated prototype parts without restarting the sourcing process.
Scale with Continuity
Carry approved drawings and inspection requirements from prototypes into repeat orders.
One Team, More Capabilities
Coordinate mechanical parts, electronics and assembly interfaces through one project team.
Years of Experience
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Engineers Served
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Robot Parts Delivered
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Countries Served
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ISO 13485 · ISO 27001
ISO 0
What Our Clients Say About Us
NPI Support for Robotics Teams
Move faster from prototype to production. Yongshuo coordinates process selection, DFM, manufacturing and inspection as your CAD and BOM evolve.
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Prototype / EVT
Align the test goal, current CAD and BOM, prototype process and critical interfaces.
Output: Parts prepared for the next functional test. -
DVT
Manufacture production-intent parts and verify materials, fits and critical dimensions.
Output: Validation-ready hardware and inspection results. -
Pilot / PVT
Confirm tooling, manufacturing repeatability, inspection requirements and approved revisions.
Output: A controlled pilot-production release. -
Production
Carry approved drawings, process requirements and inspection standards into repeat orders.
Output: Consistent builds with revision and change control.
Robotics Applications We Support
Bring us the hardware requirements behind your robot platform. We turn them into manufacturable, assembly-ready parts for fast iteration and production.
Humanoid Robots
Build lightweight humanoid structures, joint housings and hand components around motion and assembly requirements.
- Actuator housing
- Motor housing
- Dexterous-hand components
Industrial Robots
Manufacture industrial robot components with controlled bearing seats, shaft fits and mounting interfaces.
- Bearing housing
- Gear housing
- Precision shafts
Cobots
Build custom gripper fingers and tooling mounts for cobot assembly, tending and inspection.
- Gripper fingers
- Mounting plate
- Sensor mounts
Autonomous Mobile Robots
Build AMR chassis and sensor mounts for payload integration, material transport and accessible assembly.
- Robot chassis
- Mounting brackets
- Sensor mounts
Quadruped Robots
Manufacture quadruped joint housings and leg linkages for repeated loads and serviceable assembly.
- Actuator housing
- Bearing housings
- Gear housing
Medical Robots
Manufacture drawing-defined surgical and rehabilitation robot parts with critical dimensions and inspection records.
- Surgical instrument parts
- Precision shafts
- Mounting brackets
Service Robots
Build custom covers and drive hardware for cleaning, delivery and hospitality robots.
- Electronic enclosures
- Motor housing
- Mounting brackets
Agricultural Robots
Build parts for harvesting, weeding and spraying robots with field-ready materials and interfaces.
- Bearing housings
- Sensor mounts
- Mounting brackets
Underwater Robots
Machine ROV and AUV frames and housings to defined sealing and pressure requirements.
- Pressure housing
- ROV frame
- Mounting plate
Drones / eVTOL
Build lightweight UAV and eVTOL structures and mounting hardware for fit checks and validation.
- Drone frame
- Motor mount
- Propeller hub
Robotics Manufacturing Projects
See how CNC machining, sheet metal fabrication, welding and finishing deliver assembly-ready robot hardware.
Agricultural robotics
Chassis and mounting hardware
Challenges
Machined mounting points and fabricated chassis sections had to align across mixed materials while supporting assembly and field-service access.
Our Solution
Mounting plates were machined separately from laser-cut, bent and welded structures. Weld sequence and mating datums were controlled before final inspection.
Key Outcomes
- Machined plates, formed panels and welded chassis components prepared for assembly.
- Cross-process interfaces coordinated against the same drawing revision.
Commercial UAV
Airframe structures and motor mounts
Challenges
Lightweight airframe and motor-mount geometry needed stable machining around thin sections and accurate interfaces to adjoining composite components.
Our Solution
Five-axis machining reduced refixturing while dedicated workholding supported thin features. Motor patterns and frame datums were inspected before release.
Key Outcomes
- Lightweight airframe structures and motor mounts prepared for prototype assembly.
- Machined interfaces coordinated with the adjoining frame components.
Humanoid robotics
Joint housings and actuator brackets
Challenges
Joint hardware combined lightweight walls, bearing seats, threaded features and actuator interfaces that had to remain aligned through machining and finishing.
Our Solution
Five-axis setups reduced refixturing across critical features. Functional interfaces were protected and checked again after hard anodizing.
Key Outcomes
- Matched joint housings and actuator brackets prepared for assembly.
- Critical bores and threaded interfaces inspected against the approved drawings.
Industrial automation
Conveyor rollers, brackets and guide rails
Challenges
Rollers, brackets and guide rails combined different manufacturing routes but still had to maintain repeatable mounting and conveyor alignment.
Our Solution
Rollers were turned and milled while brackets and guides were laser cut and bent. Defined assemblies used controlled welding before dimensional inspection.
Key Outcomes
- Coordinated rollers, brackets and guide rails ready for system assembly.
- Repeat-order geometry and mounting interfaces tied to controlled drawings.
Quality Control for Robotics Parts
Define how critical robot parts will be accepted before manufacturing starts, then verify materials, dimensions, finishes and assembly interfaces throughout the build.
01
Drawing and inspection planning
Identify critical dimensions, datums, materials, finishes and acceptance methods before production.
02
First article and in-process checks
Check first articles, critical features and manufacturing status at the stages that matter to the build.
03
Final inspection and release
Verify dimensions, appearance, finishes and assembly interfaces, then provide the agreed inspection records.
Robotics manufacturing FAQs
Answers about lead times, quantities, process selection, assembly and quoting.
Get a Robotics Manufacturing Quote
Send your drawings, material, quantity and inspection requirements for review.