IATF 16949
Published system certification supporting precision component manufacturing.
CNC COMPONENTS FOR AI ROBOTICS
Build the mechanical core of your robot.
Send your CAD files for a manufacturability review of robot-joint housings, actuator components, motor covers and precision structural parts—from prototype through repeat production.
Drawing and tolerance reviewMachining and inspection planningPrototype-to-production support
See what engineering reviews ↓
6-AXIS MOTIONInterface geometry
CNC + QCDrawing-led control
AI / ROBOTICS01
ILLUSTRATIVE APPLICATION · CNC MACHINED HOUSING01Drawing firstCritical interfaces reviewed
02Real factory workflowMachining, finishing and QC
03Inspection by requirementPlan aligned before production
04Global RFQ supportOne contact from quote to shipment
WEKO · FACTORY-DIRECT GLOBAL SUPPORTABOUT WEKO
Precision CNC machining for motor metal structural parts.
CNC-machined aluminum and stainless-steel motor structural components for drones, robots, exoskeletons, harmonic reducers, e-bikes and automotive applications.
WEKO is the wholly-owned international sales subsidiary and global export division of easter-sun. Its parent manufacturing operation has more than 20 years of industry experience, giving overseas buyers direct communication with the manufacturing source.
Supply scope
WEKO supplies machined metal structural components. Finished drone motors, controlled power modules, bearings, magnetic cores, PCBs, purchased parts, complete machine assembly and complete product design or R&D are outside this offer.
20+Years industry experience
3Production bases
62,000+ m²Published factory area
500+Precision CNC machines
QUALITY SYSTEM
Published certifications and independent company information.
Certification applicability, scope and validity should always be checked against the issuing document and the legal entity named on it.
ISO 14001
Published environmental-management system certification.
IECQ QC 080000
Published process-management certification for hazardous substances.
D&B Supplier Assessment Report
Subject companyDongguan Xugao Precision Metal Manufacture Co., Ltd.
D‑U‑N‑S®54-325-6989
Report date2 June 2020
This historical third-party report is provided for buyer due diligence and should be reviewed in full.View the 11-page assessment →AI ROBOTICS APPLICATIONS
Machined around the interfaces that make motion possible.
Each visual shows an illustrative application category. Your actual part is manufactured from your controlled CAD model and drawing.
01Robot joint housings
Bearing seats, motor interfaces, mounting datums and cable-routing features reviewed from your released design.
Review this type of part →
02Shoulder & hip structures
Multi-face structural housings and brackets planned around feature alignment, setup access and assembly interfaces.
Review this type of part →
03Actuator outer housings
Compact machined enclosures, encoder interfaces and concentric features for motion-control assemblies.
Review this type of part →
04Repeat-production parts
Process and inspection planning for consistent mechanical components across prototype and production batches.
Review this type of part →ENGINEERING FOR THE AI BUILD-OUT
AI growth changes the mechanical brief.
More compute and more automation do not create one universal part. They create tighter links between motion, thermal management, assembly interfaces and release speed. WEKO reviews the machined component inside that system context.
CNC machining for AI robotics · robot joint housings · actuator housings · AI data-center liquid-cooling components · CNC machined manifolds · server and rack structural components
More function in every joint
Compact robot joint housings and actuator housings concentrate bearing seats, motor interfaces, cable paths and mounting datums into less space. The manufacturing review must protect how those features relate—not only how each dimension reads alone.
Cooling hardware becomes structural
AI data-center liquid-cooling components such as CNC machined manifolds, cold-plate frames and server structural supports can combine sealing faces, flow passages and mounting interfaces. Material, flatness, finish and leak-sensitive features need one coordinated plan.
Revision speed without process drift
AI hardware moves quickly, but every CAD update can affect workholding, tool access and inspection. A controlled prototype-to-production path keeps revision questions visible before repeat batches begin.
Evidence at the interfaces
Robot bores, actuator datums, manifold sealing faces and rack mounting patterns create downstream risk when they are treated as generic tolerances. Inspection evidence should follow the interfaces that determine fit and function.
DRAWING-LED ENGINEERING REVIEWStart an engineering review →
A useful quote starts before the first cut.
We review the features that control assembly, cost and inspection so questions are raised while changes are still easy.
01Interfaces & datumsBearing seats, shaft alignment, bolt patterns and reference structure.
02Material & finishGrade, condition, coating and appearance requirements.
03Machining strategySetup access, tool reach, wall thickness and distortion risk.
04Inspection planCritical dimensions, GD&T and reporting scope agreed at RFQ.
RECORDED FACTORY WORKFLOWLower-resolution preview · real facility
WEKO FACTORY VIEW Secure live endpoints pending
CNC workshop is ready for the approved HTTPS camera feed. Until the privacy-safe HLS connection is supplied, this page shows the recorded factory preview and does not pretend it is live.
Arrange a live factory view →
REAL INSPECTION WORKFLOWQUALITY PLANNINGDiscuss inspection requirements →
The interface must be measured—not assumed.
Inspection scope is matched to the drawing and application risk. We avoid generic tolerance promises and confirm capability against the actual geometry.
Critical dimensionsConfirmed per drawing and GD&T
MaterialGrade and documentation agreed at RFQ
Surface finishAppearance and functional requirements reviewed
ReportingInspection evidence defined before production
FROM CAD TO CONTROLLED PRODUCTION
One clear RFQ path.
Upload the design
Share the model, drawing, quantity and delivery target.
Resolve manufacturing questions
Align tolerances, material, finish and inspection scope.
Confirm quote & plan
Review price, lead time and agreed quality requirements.
Machine, inspect & ship
Production follows the released revision and confirmed plan.
RFQ QUESTIONS
Before you upload the drawing.
Answers for robotics engineering and purchasing teams evaluating an overseas CNC manufacturing partner.
What should I send for an AI robotics CNC quote?+
Send a STEP or STP model plus a dimensioned PDF drawing when available. Include material, quantity, finish, critical tolerances, inspection requirements and the target delivery date.
Can you review bearing bores and joint interfaces?+
Yes. Identify the bearing seats, concentric features, datums, bolt patterns and other assembly-critical interfaces on the drawing. Capability is confirmed against the actual geometry and tolerance stack.
Do you support prototypes and repeat production?+
Projects can be reviewed for prototypes, design validation, bridge quantities and repeat production. The manufacturing plan depends on geometry, material, inspection scope and volume.
Which materials are available?+
Common robotics requests include aluminum 6061 and 7075, stainless steel, alloy steel, brass and engineering plastics. The exact grade, condition and certification requirement are confirmed at RFQ.
How are uploaded drawings handled?+
Files submitted through this page are stored with the RFQ record for manufacturing review. Do not submit export-controlled or specially regulated data without first confirming an appropriate handling agreement.
READY FOR A MANUFACTURING REVIEW?
Upload CAD and request review ↑Start with the drawing.
Upload your files in the secure RFQ form above. Include the critical interfaces and inspection requirements that matter to assembly.