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ABS Engineering Plastic Prototype
This ABS engineering plastic prototype is a lightweight structural frame for new product verification, automation fixture trial runs and equipment appearance testing. It is fabricated from high-strength ABS filament via FDM fused deposition molding, enabling integrated forming of complex inner cavities, slotted openings and distributed mounting holes without injection molds. The finished part features stable structural rigidity, excellent impact resistance and uniform natural plastic texture, perfectly matching the rapid prototype iteration and assembly validation demands of mechanical, electronic and automation product development.
- Machining Process: FDM fused deposition modeling, support removal, surface sanding post-processing
- Material: ABS engineering plastic, customized color options available
- Accuracy: Standard ±0.15 mm tolerance, ±0.08 mm precision customization supported
- Surface Finish: Matte raw print texture, fine sanded smooth surface optional
- Features: Mold-free rapid manufacturing, low prototype cost, high impact resistance, customizable colors, ultra-short lead time
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Leveraging our mold precision machining background, we provide complete rapid prototyping solutions with FDM printing equipment. The fused deposition molding process skips costly mold development and lengthy production cycles, and can rapidly produce complex frames with internal cavities and special cutout structures. We offer drawing assessment, FDM printing production, surface finishing and full dimensional inspection, catering to single prototype samples and small-batch trial orders for machinery, electronics and automation industries.
Core Advantages
- No Need for Injection Molds: Directly printed from digital 3D drawings, eliminating mold opening expenses and waiting periods, greatly cutting R&D costs for new product prototypes.
- One-Piece Forming of Complex Cutouts & Cavities: FDM technology integrates slots, through holes and recessed inner structures in a single print run, handling intricate outlines hard to produce by traditional CNC machining.
- Outstanding Functional Mechanical Properties: ABS material delivers balanced tensile strength and anti-drop impact resistance, suitable for real assembly fitting and light-load functional testing rather than only display models.
- Customizable Surface & Color: Multiple ABS filament colors are available; post sanding treatment can smooth layer lines to deliver a cleaner finished surface for presentation prototypes.
- Flexible Order Batch Compatibility: Adaptable for single-piece proof-of-concept samples, small batch trial production and pre-production verification batches for new equipment.
Common Applications
Specification Table
| Parameter | Details |
| Raw Material | ABS engineering plastic filament; black, white, beige and other custom colors available |
| Machining Process | FDM fused deposition modeling, support stripping, manual sanding surface post-processing |
| Dimensional Tolerance | Standard ±0.15 mm, high-precision customization up to ±0.08 mm |
| Surface Finish | Original matte printed texture, finely sanded smooth finish (Optional) |
| Minimum Wall Thickness | 1.2 mm |
| Maximum Printing Size | Customized based on 3D drawings, standard build volume 400mm × 400mm × 500mm |
| Continuous Working Temperature | -20℃ ~ +80℃ |
| Quality Control | 3D scanner full contour inspection, manual dimensional caliper measurement, surface layer line inspection, physical assembly fitting test |
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