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Custom 5-Axis Prototype Parts

Custom 5-axis prototype parts featuring freeform surfaces, sculptured contours, deep recesses and complex multi-angle geometry. Suitable for automotive prototypes, industrial design models, functional testing parts and customized low-volume components.

Quick Info:

  • Tolerance: ±0.02 mm
  • Surface Finish: Ra 0.8–3.2 μm
  • Lead Time: 5–15 working days
  • Material: Aluminum, Stainless Steel, Brass, ABS, POM, PMMA, Engineering Plastics
  • Geometry Types: Freeform Surfaces, Sculptured Features, Deep Cavities, Complex Contours
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Detailed Description

Our custom 5-axis prototype parts are manufactured for projects where complex appearance surfaces, sculptured geometry and multi-directional machining features cannot be efficiently produced using conventional 3-axis machining.

Five-axis machining allows the cutting tool to approach the part from different orientations, making it particularly suitable for automotive appearance prototypes, sculptured products, functional engineering models and complex industrial design components.

Prototype parts can be supplied directly from 3D CAD data with secondary finishing, polishing, painting or assembly according to project requirements.

Available Surface Finishes

  • Bead Blasting: Creates a uniform matte appearance on aluminum components.
  • Anodizing: Provides protective and decorative finishes in multiple colors.
  • Painting: Suitable for appearance prototypes and design validation models.
  • Polishing: Produces smooth surfaces for decorative or presentation components.

Structural & Functional Breakdown

  • Freeform Surface Structure: Supports continuous three-dimensional external contours.
  • Deep Recess Structure: Multi-angle tool positioning improves access to recessed areas.
  • Complex Sculptured Detail: Suitable for organic shapes and intricate design surfaces.
  • Integrated Functional Features: Mounting holes, pockets and interfaces can be added to appearance prototypes.

Key Features

  • Complex Surface Capability: Suitable for organic and continuously changing 3D geometry.
  • Reduced Multi-setup Machining: Multiple surfaces can be accessed without frequent manual repositioning.
  • Prototype Design Flexibility: CAD changes can be implemented without dedicated production tooling.
  • Integrated Finishing Options: Machining, polishing, painting and surface treatment can be combined.

Applications

  • Automotive Prototypes
  • Industrial Design Models
  • Functional Engineering Prototypes
  • Robotics & Automation
  • Custom Sculptured Components

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