Precision Manufacturing

Robotics Components

Precision mechanical and structural components for industrial, collaborative, research and mobile robotics.

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Components we manufacture

Robot arm aluminum components
Robot bases
Reducer and gearbox structural components
End-effector components
Dexterous hand metal frames
Motor mounts
Sensor brackets
Controller housings
AGV components
AMR chassis components

Typical materials and processes

Materials and manufacturing processes are selected after review. Aluminum alloys, stainless steel, carbon steel, copper, brass and engineering plastics may be considered where supported by the confirmed project.

CNC Machining →Sheet Metal Fabrication →Welding & Fabrication →Custom Manufacturing →

Manufacturing examples

Representative manufacturing imagery for capability reference. Final scope and suitability remain subject to project review.

Manufacturing example associated with Robot Joint Housing — Robot Joint Housing

Manufacturing example associated with Reducer Housing — Reducer Housing

Manufacturing example associated with Robotic Arm Aluminum Components — Robotic Arm Aluminum Components

Manufacturing example associated with Robot Base — Robot Base

Manufacturing example associated with End Effector — End Effector

Manufacturing example associated with Dexterous Hand Metal Skeleton — Dexterous Hand Metal Skeleton

Precision & Quality

Critical dimensions and GD&T requirements are reviewed against the customer drawing before quotation.

Project-specificSubject to drawing reviewAvailable on requestPending verification

Precision / Tolerance

General machining tolerance: Subject to drawing reviewFinal capability depends on material, geometry, feature size and drawing requirements.
Mounting interface and hole position: Project-specificCritical interfaces, datums and hole locations should be identified on the drawing.
Bearing, motor-seat and assembly fit: Project-specificSpecify mating parts, fit class and functional clearance where applicable.
GD&T: Project-specificPosition, flatness, parallelism, perpendicularity, runout and datum-controlled features can be reviewed from the customer drawing.
Surface roughness: Project-specificSpecify the required Ra value and measurement location on the drawing.

Inspection

Critical feature inspection: Project-specificInspection method and sampling depend on the drawing and production quantity.
Inspection equipment: Pending verificationMeasurement equipment will be confirmed against the required tolerance and feature geometry.

Applicable Standards

ISO 1101 or ASME Y14.5: Project-specificGD&T conventions may be reviewed where specified by the customer.
Customer drawing standard: Project-specificCritical dimensions and GD&T requirements are reviewed before quotation.

Quality Documentation

Dimensional inspection report: Available on requestReport scope and critical characteristics must be agreed before quotation.
First article inspection: Project-specificSampling plan, report format and acceptance criteria depend on the project.
Material certificate: Available on requestAvailability depends on the selected material, supplier and order requirement.
Batch or lot traceability: Project-specificDefine traceability and retention requirements before quotation.

Technical note: Final manufacturability, tolerances, inspection methods and applicable standards are confirmed after review of the drawing, material, geometry, quantity and application requirements.

Typical applications

Industrial robots, collaborative robots, research robots, mobile robots, warehouse automation and automation equipment.

What buyers should provide

2D drawing and 3D model
Material, tolerance, GD&T and surface-finish requirements
Inspection, documentation and applicable-standard requirements
Quantity, application and target delivery date

Subject to drawing review and technical verification. Capability, documents and final requirements are available upon project confirmation.