Custom Laser Cut Sheet Metal Parts

Detailed Description

Our custom laser cut sheet metal parts are manufactured from customer drawings, CAD files or 3D models. Fiber laser cutting allows complex external profiles, slots, mounting holes and internal cutouts to be produced with consistent dimensions and minimal mechanical distortion.

Depending on the part design, laser cutting can be combined with deburring, tapping, countersinking, bending, welding and surface finishing to deliver ready-to-assemble components.

Available Surface Finishes

• As‑machined: Raw CNC silver finish as sample shown, clear tool marks, for internal mechanical components
• Sandblasting: Uniform matte surface before anodizing
• Clear / Color Anodizing: Anti‑corrosion, anti‑scratch
• Hard Anodizing: Higher surface hardness, wear‑resistance for heavy friction environment

Structural & Functional Breakdown

• Central Bearing Bore： Precision machined inner circular cavity for installing bearings, motors or reducers. Controls radial runout, ensures rotational concentricity of power assembly.
• Flange with Distributed Mounting Holes: Circular‑arranged mounting holes on top flange, for bolting connection with motor/reducer end face, reliable and repeatable assembly.
• Reinforced Stiffening Ribs & Support Legs: Integral‑formed reinforcing ribs on side mounting brackets. Improve overall rigidity while keeping low weight, resist vibration and structural deformation under dynamic load.
• Multi‑direction Mounting Lugs: Multiple positioning support feet with mounting holes on different sides, allow multi‑angle installation onto equipment frames.

Key Machining Highlights

• Precise cutting of complex 2D profiles
• Clean edges with limited secondary machining
• Suitable for thin and medium-thickness sheet materials
• Accurate holes, slots and cutouts
• Flexible for prototypes and small-batch production
• Compatible with bending, welding and finishing processes
• Custom dimensions based on customer drawings

Application Fields

Custom CNC aluminum motor housings are widely applied in:

• Robotic joint assemblies: Aluminum motor housings for robotic joint structural and power‑transmission assemblies.
• Servo actuator & reducer units: Precision housings for servo actuator and reducer integration.
• AGV / AMR mobile robots: Lightweight rigid housings for AGV and AMR drive motor assemblies.
• Industrial automation equipment: Custom housings for drive components of industrial automation machinery.
• Special‑purpose automated machinery: High‑integrity housings for non‑standard special automated equipment.
• Precision motion modules: CNC machined housings for high‑accuracy rotary motion modules.