Our value-added comprehensive molding and metal forming manufacturing services, covering Silicone Vacuum Casting, Injection Molding, Die Casting, and Profile Extrusion processes. From mold design and precision machining to mass forming, surface finishing and quality inspection, we implement full-process quality control to meet strict industrial standards, helping clients shorten product launch cycles and optimize production costs.
We deliver reliable low-volume prototyping, mid-volume trial production, and high-volume mass production
Core Molding & Forming Capabilities
We offer four mainstream industrial forming technologies to cover rapid prototype molding, precision plastic mass production,
high-strength metal casting, and standardized profile extrusion, adapting to diverse production volumes and performance requirements.
Vacuum Casting (Silicone Mold)
Silicone Mold vacuum casting is a high-efficiency low-volume molding technology, widely used for rapid prototype duplication and small-batch part production. Using CNC or 3D printed master models to produce high-precision silicone molds under vacuum environment, then inject PU resin, transparent resin, and flexible rubber materials for secondary molding. The process features low mold cost, short manufacturing cycle, and zero batch difference, perfectly simulating the appearance and performance of formal injection molded parts.
Rapid Injection Molding
Injection molding is the mainstream high-precision mass production process for industrial plastic parts. We design and manufacture soft steel molds according to customer drawings, and complete automated injection molding production through high-speed injection equipment. The process achieves high dimensional stability, excellent surface texture, and ultra-high batch consistency, supporting complex structural parts with grooves, buckles, holes and embedded hardware. It is the optimal solution for small batch production of plastic components.
Die Casting
Die casting is a high-efficiency metal forming process for non-ferrous alloy parts. Through high-pressure and high-speed die-casting equipment, molten aluminum, zinc, and magnesium alloys are filled into precision metal molds for rapid forming. The finished parts feature high density, light weight, high structural strength and good thermal conductivity. With follow-up trimming, CNC finishing and surface treatment, die-cast parts can fully meet industrial assembly and end-use requirements.
Aluminum Extrusion
Extrusion forming is a continuous manufacturing process for standardized and customized profile parts. Aluminum is heated and extruded through fixed precision dies to form long-strip profiles with uniform cross-sections. The process supports customized cross-section design, stable overall size, high material utilization rate and ultra-high production efficiency. Custom cutting, punching, bending and CNC secondary processing can be performed according to customer needs to complete finished profile components.
Available Molding & Extrusion Materials
We support a full range of plastic, silicone, and metal materials to match different mechanical properties, environmental resistance, and usage scenarios:
Vacuum Casting Resin
Hard/soft PU resin, transparent resin, high-temperature resistant resin. Suitable for flexible parts, cosmetic prototypes and sealing components.
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Injection Plastic Materials
ABS, PC, Nylon, POM, PP, PE, TPU, fiberglass reinforced plastics. Covering wear-resistant, high-temperature resistant, insulating and high-toughness application demands.
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Die Casting Alloy Materials
Aluminum alloy (ADC12, A380), zinc alloy (ZDC1), magnesium alloy. Lightweight, high-strength and heat-dissipating metal materials for industrial structural parts.
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Extrusion Materials
6061/6063 aluminum alloy, custom composite profiles. Widely used for frame structures and standardized industrial profiles.
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Every mold follows our standardized manufacturing workflow, from initial design review to final mold trial‑out. Strict checks are implemented at each stage to ensure mold durability, precision and stable part output for your mass production.
Our Advantages
- Full-process solution covering rapid silicone mold prototyping, injection molding, die casting and profile extrusion
- Flexible production modes to meet prototype trial, small-batch customization and large-volume mass production
- Professional mold DFM optimization to avoid shrinkage, deformation and structural defects
- Diversified material selection and customized surface finishing for different industrial standards
- Strict batch quality inspection to ensure consistent dimensional accuracy and appearance
- Fast mold opening cycle and efficient production schedule to shorten product iteration time
Frequently Asked Questions (FAQ)
1. How soon can I receive your quotation?
For standard parts, we send formal quotation within 24 hours.
Complex mold or multi assembly projects may take extra engineering review time. Normally with 2-3 days
Can you give DFM suggestions for my design?
Yes. Our engineering team will offer free DFM (Design for Manufacturability) feedback before production. We point out potential risks and propose practical adjustments to reduce cost & avoid manufacturing issues.
3. What is your quality control procedure? Can you provide inspection reports?
We run a 5 stage full process QC workflow: raw material inspection, in process monitoring, FAI first article check, final full inspection and pre shipment audit.FAI reports & inspection records can be provided upon your request. Quality is built in processing steps, not only final checking.
4. What tolerances can you achieve?
General tolerance follows ISO 2768 M standard.
CNC machining: ±0.05 mm; Sheet metal fabrication: ±0.1 mm.
Tighter tolerance is achievable, please note critical tolerances on your 2D drawing.
5. What is your typical lead time?
Prototypes: 3 7 working days.
Small batch production: 7 15 working days.
Custom mold: 20 35 working days, depends on mold complexity.
Shipping time is separate from production lead time.
6. Can you handle surface finishing & part assembly?
Yes. We provide one stop service including anodizing, powder coating, plating, polishing and complete part assembly.
Get Your Parts Into Production Today
Send over your CAD files, and let's turn your design into real‑world precision parts. No matter prototype or mass production, we help you move forward quickly. Quotation within 24 Hours