Rapid Prototyping
What is Rapid Prototyping?
Rapid prototyping offers a swift, convenient, and cost-efficient method to transform promising concepts into successful products. Are you seeking concept modeling to validate your latest ideas? Perhaps functional prototyping to assess performance before investing in expensive production tools? Ambition Industrial’s rapid prototyping solutions empower you to create, test, and refine in unprecedented ways, expediting your journey to market.
Typically, our prototypes are crafted from ABS, Nylon, POM, and Aluminum using high-speed CNC, closely resembling final molded products and taking only around 3 days to produce. Additionally, investing 10-15 days in rapid tooling construction ensures a tooling life of at least 500-1000 shots, all at a reasonable and accessible cost.
CNC Machined Prototypes
At Ambition Industrial, discover a wide selection of hard plastics and metals for CNC Machined Prototypes. Utilizing this technology, we create prototypes using real materials rather than simulations. CNC Prototyping stands as a major service at Ambition Industrial in China, with commonly machined materials including ABS, PMMA, Nylon, Delrin, aluminum (6061 T6, 7075 T6), titanium alloy, brass, and steel. Precision CNC machining ensures tight tolerances are achieved consistently.
3D Printed Rapid Prototypes
3D printed prototypes excel in creating intricately thin-walled and small complex models. For swift results, 3D printing stands as the optimal choice. We offer SLA and SLS prototypes crafted from various plastic materials. SLA prototyping swiftly generates ABS-like prototypes. Ambition Industrial specializes in delivering precise SLA and SLS rapid prototypes.
Vacuum Castings
The vacuum-cast parts we produce closely resemble real injection-molded components. This method is perfect for tailored plastic parts in small batches. Initially, a master model is crafted via SLA or CNC, followed by creating a silicone mold to replicate numerous identical polyurethane prototypes. The silicone mold typically yields about 15 shots. When dealing with bulky or thick master patterns, or when requiring high gloss finishes for vacuum castings, CNC machining is preferred. For high gloss parts, we CNC the master pattern using PMMA (Acrylic) and hand-polish it to achieve the desired gloss.
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