Are these stocked robot parts?
No. The pages show representative custom-manufacturing directions. Final geometry, material, process, price, and delivery are defined from approved project inputs.
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Custom Robot Parts Manufacturing
Rapid CNC Prototyping
& Custom Robot Parts
Drawing-led engineering. Project-specific manufacturing. Prototype-to-project planning.
NanhuiTech supports robot developers with custom structural parts, enclosures, brackets, arm and drive housings, CNC prototypes, process coordination, finishing, and assembly review. Every quotation starts with your drawings and operating requirements.
Typical project scope
- Custom CNC-machined robot parts
- Robot structures and enclosures
- Joint, arm, drive, and gearbox housings
- Prototype, pilot-build, and project manufacturing review
8representative solution pages
10documented first-article steps
EN / 中文explicit bilingual navigation
Start With Your Requirement
Choose the engineering path that matches your project.
Each path leads to a focused page instead of sending every visitor to the same generic contact screen.
01
Rapid CNC prototypes
Review geometry, datums, critical fits, finish, quantity, and inspection needs before machining.
See machining capabilities →02Robot structures and enclosures
Explore representative frames, covers, brackets, sensor housings, arm sections, and drive housings.
Browse solutions →03Magnesium project planning
Evaluate material evidence, machining protection, surface systems, isolation, and inspection as one route.
Review the engineering route →Representative Projects
See our manufacturing capabilities in action.
Representative manufacturing solutions only. Structures, materials, and parameters are redefined for each customer's drawings and operating conditions.
P001 · ROBOT STRUCTURE
Quadruped Robot Structural System
A custom manufacturing solution for body frames, leg links, joint connectors, and protective housings, reviewed from drawings for functional prototypes and low-volume projects.
P002 · ROBOT ENCLOSURE
Quadruped Robot Enclosure
A custom multi-surface enclosure for quadruped robot body and joint areas, reviewed from drawings for part breakdown, assembly interfaces, and exterior appearance.
P003 · MOBILE ROBOT
Mobile Robot Shell System
A multi-part exterior system for mobile robots and autonomous platforms, reviewed from drawings for appearance validation and low-volume pilot projects.
P004 · PERCEPTION HOUSING
Perception Module Enclosure
An enclosure assembly for robot perception, vision, and navigation modules, reviewed from drawings for windows, interfaces, mounting datums, and exterior requirements.
P005 · ARM HOUSING
Robot Curved-Arm Housing
A complex curved structural housing for robot arms and joint sections, reviewed from drawings for flange interfaces, machining datums, and finish requirements.
P006 · MOUNTING BRACKET
Robot Mounting Bracket
A compact mounting bracket for controllers, sensors, and internal modules, configurable through sheet-metal fabrication, machining, and surface protection.
P007 · HMI ENCLOSURE
Control Panel Enclosure
A human-machine interface enclosure for robot workcells and automation equipment, reviewed by project for controls, indicators, wiring, openings, and color requirements.
P008 · DRIVE HOUSING
Robot Drive Housing
A structural housing for robot joints, drives, and gearbox modules, reviewed from drawings for circular cavities, flange interfaces, ribs, and machining requirements.
First Article Workflow
From drawing review to protected shipment.
Ten documented steps organize quotation inputs, engineering review, machining, trial fit, finishing, assembly, inspection, and dispatch.
01—02
Quote and analysis
Review drawings, material direction, finish, quantity, schedule, and process assumptions.
03—04
Programming and CNC
Confirm geometry, toolpaths, simulation, machining sequence, deburring, and initial checks.
05—07
Trial fit and finishing
Check interfaces, refine surfaces, and apply the approved project-specific finish.
08—10
Assembly and shipment
Complete the agreed assembly, final checks, protection, packing, and dispatch records.
Before We Quote
Send the evidence that defines the part.
A useful first review begins with the latest drawing revision and the conditions that affect material, process, inspection, and delivery.
- 2D drawing and 3D model, if available
- Preferred material and required finish
- Critical datums, fits, and inspection points
- Operating environment and assembly interfaces
- Prototype quantity, annual estimate, and target date
- Known compliance or documentation requirements
RFQ FAQ
Questions engineering teams ask first.
Can you quote from a photograph?
A photograph can start a discussion, but an accountable quotation normally needs drawings, dimensions, interfaces, quantity, and acceptance requirements.
Do the displayed specifications apply to my part?
No unverified reference value is treated as a commitment. Project-specific values are confirmed through engineering review and documented approval.
What happens after submission?
A successful form submission creates a lead reference in the secure inquiry system so the project team can review and follow up.
Request a Project Review