Leveraging 88 large-scale high-speed CNC machining centers, 68 SLA photopolymerization 3D printers, and 2 SLS laser powder sintering machines, we can flexibly meet manufacturing needs ranging from single parts to complex assemblies. Whether it's small-sized precision parts or large automotive structural components, we can achieve agile production with no minimum order quantity (MOQ).
Production Capacity Base
Core Cost Reduction and Efficiency Improvement
To significantly lower R&D costs for small-batch production, we utilize a combination of German-imported vacuum casting systems and RIM (Reaction Injection Molding) low-pressure casting technology. This hybrid process is particularly well-suited for manufacturing automotive bumpers, large exterior housings, and complex structural components with varying wall thicknesses. By eliminating the need for expensive steel molds, this production model drastically shortens R&D cycles; it enables you to test the market with small batches at minimal cost before full-scale production, accurately identify design and assembly flaws early on, and gain a competitive edge.
Applicable Stages
Product concept validation, structural design verification, functional/environmental testing, customer and trade show demonstrations, and small-batch market trials.
Core Advantages
No tooling costs, rapid turnaround, flexible process combinations, single-unit production capability, and seamless integration with surface finishing processes.
