Industries / Robotics

Custom Manufacturing for Robotics & Automation

Build, test, and refine robotic systems with custom mechanical components manufactured to your design requirements.

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How We Support Robotics Projects?

From Robotic Concept to Functional Hardware

Concept & CAD Review

Review mechanical models, interfaces, mounting features, and preliminary material requirements to clarify the intended function of each part.

Prototype Parts

Manufacture brackets, housings, joints, fixtures, and other custom components for initial assembly and mechanical evaluation.

Fit & Functional Evaluation

Support design iterations through updated parts based on customer feedback, assembly observations, and revised drawings.

Low-Volume & Repeat Manufacturing

Discuss suitable processes for pilot systems, custom automation equipment, and repeat orders after design requirements are established.

Manufacturing Route Evaluation

Compare CNC machining, sheet metal fabrication, molding, and 3D printing based on geometry, quantity, and functional needs.

Engineering Team Support

Engineering Support for Mechanical Integration

Mechanical Interface Review

Discuss bolt patterns, mounting surfaces, alignment features, and mating components.

Geometry & Manufacturability

Review thin walls, internal features, tool access, bend geometry, and other process-related constraints.

Material Selection

Compare metals and plastics based on stiffness, mass, wear, environment, and intended function.

Tolerance Discussion

Identify dimensions that affect alignment, motion, or assembly and clarify their inspection requirements.

Manufacturing Services

Manufacturing Solutions for Robotic Components

CNC Machining

For rigid mechanical components, mounting interfaces, joint housings, end-effector parts, and custom adapters.

Typical parts: joint housings, motor mounts, gripper components, and structural brackets.
Specify bearing bores, shaft fits, and motor alignment features.
Flag load-bearing interfaces and contact surfaces for review.

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Sheet Metal Fabrication

For frames, guards, equipment panels, brackets, and custom enclosures.

Typical parts: protective covers, controller enclosures, mounting plates, and equipment supports.
Check folds, access cutouts, and cable clearances around guards.
Plan fastener access and coatings for the operating environment.

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Injection Molding

For repeatable plastic housings, covers, grips, and selected functional parts when mold-based manufacturing fits the design and quantity.

Typical parts: sensor housings, covers, grips, and plastic enclosures.
Review snap features, mounting bosses, and enclosure interfaces.
Select resin and finish against expected handling and exposure.

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3D Printing

For complex shapes, lightweight concepts, early-stage prototypes, and rapid mechanical design iterations.

Typical parts: gripper fingers, cable guides, ducts, prototype covers, and test fixtures.
Prototype gripper geometry and cable routing before committing to tooling.
Use printed fixtures to check motion clearances and assembly access.

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Quality Standards & Inspection

Component Quality for Reliable Assembly

Drawing and CAD revision review.
Dimensional checks for mounting features and mating interfaces.
Verification of specified critical dimensions where agreed.
Visual inspection of surface condition and manufacturing defects.
Review of fit-related dimensions and assembly requirements.
Inspection reports and material documentation when agreed and available.

Process Traceability CTQ Reporting Inspection Report Comparison

Materials

Materials for Robotic Systems & Automation Equipment

Aluminum: Example materials: 6061 and other suitable grades Typical robotics applications: Brackets, frames, housings, and lightweight structures
Steel: Example materials: Carbon steel, alloy steel Typical robotics applications: Supports, fixtures, load-bearing components, and tooling
Stainless steel: Example materials: 304, 316 where appropriate Typical robotics applications: Components exposed to moisture or selected corrosive environments
Engineering plastics: Example materials: POM, PA, PC, ABS as applicable Typical robotics applications: Covers, guides, housings, spacers, and selected wear-related parts

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