Laser Cut Parts for Robotics and Automation

Robotics and automation equipment require custom metal components that combine structural strength, dimensional accuracy, and efficient assembly.

Qingdao Huarui provides custom laser cut sheet metal parts for robotics and automation equipment, supporting robot manufacturers, AMR/AGV companies, automation integrators, and engineering teams.

Our manufacturing services cover the complete process from laser cutting and bending to welding, surface finishing, and assembly.

We support the development of:

· Robot enclosures

· Robot covers

· Structural brackets

· Mounting components

· Sensor brackets

· Electrical housings

· Custom sheet metal assemblies

1. Manufacturing Process for Robotics Components

Engineering Review

Robotics components often require precise coordination between mechanical, electrical, and electronic systems.

Before production, we evaluate:

· Assembly requirements

· Material selection

· Weight considerations

· Mounting locations

· Cable routing

· Manufacturing feasibility

Our DFM support helps customers improve sheet metal designs before production.

Precision Laser Cutting

Laser cutting is suitable for robotic components requiring:

· Complex profiles

· Lightweight structures

· Precision mounting holes

· Cable openings

· Ventilation features

CNC Bending and Fabrication

We manufacture three-dimensional robot components through:

· CNC bending

· Welding

· Hardware installation

· Assembly

Surface Finishing

Available finishes include:

· Powder coating

· Anodizing

· Brushing

· Sandblasting

2. Typical Products

Robot Enclosure Parts

Protect internal electronics and mechanical components.

AMR / AGV Components

Custom metal covers, housings, and structural parts.

Robot Mounting Brackets

Used for sensors, cameras, motors, and electrical components.

Automation Equipment Covers

Protect machinery and improve product appearance.

3. Factory & Manufacturing Capability

Our manufacturing capabilities include:

· Fiber laser cutting

· CNC bending

· Robotic welding

· CNC machining

· Powder coating

· Assembly

With two factories and complete fabrication capabilities, we can support projects from early prototypes to long-term production.

4. Why Choose Us for Robotics Parts?

Lightweight Material Options

Aluminum and other suitable materials can help reduce equipment weight.

DFM Support

We help optimize sheet metal structures for manufacturing and assembly.

Prototype to Production

Supporting startups, engineering teams, and established manufacturers.

Complete Fabrication

Multiple manufacturing processes are available through one supplier.

5. Packaging and Surface Protection

Protecting Custom Brackets During Transportation

Packaging methods can be adjusted according to:

· Product size

· Quantity

· Weight

· Surface finish

· Shipping method

For brackets with special surface treatments, additional protection can be used.

Individual Protection

Available protection methods may include:

· Protective film

· Foam

· Individual wrapping

· Paper separation

Bulk Packaging

For standard production brackets, we can use:

· Cartons

· Inner packaging

· Pallets

Packaging can be optimized based on quantity and transportation requirements.

Export Packaging

For international shipments, packaging can be arranged according to:

· Express shipping

· Air freight

· Sea freight

FAQ

Can you manufacture brackets from drawings?

Yes. We support DXF, DWG, STEP, and other CAD formats.

What materials can be used for brackets?

We manufacture brackets using aluminum, stainless steel, carbon steel, and galvanized steel.

Can you add surface finishing?

Yes. We offer powder coating, anodizing, plating, and other finishes.

Do you support custom designs?

Yes. All brackets are manufactured according to customer requirements.