From your 3D file to finished plastic parts — mold design, 3D-printed conformal cooling inserts, injection molding trials, and CNC metal components. No mold expertise required.
Most product companies face the same wall when they try to go from prototype to production.
Tooling engineers speak a different language. You don't know what steel grade, cavity number, or cooling configuration to specify — and the wrong choice costs months.
Traditional molds run hot, warp parts, leave burn marks. Each defect means another T1, T2, T3 trial shot. Your product launch slips further.
Coordinating separate factories for plastic parts and metal housings doubles your project management load — and doubles the risk of spec mismatch.
Traditional injection molds cost $8,000–$30,000+ upfront. For a 500-piece first run, your per-unit tooling amortization wipes out your margin.
You don't need to know anything about molds. We manage the entire manufacturing chain.
Share your STEP or IGES file. We review for moldability within 24 hours — free of charge.
Our engineers design the mold with conformal cooling channels optimized for your geometry and material.
We 3D print mold inserts via SLM, then finish with CNC, EDM, and heat treatment. Typically 8–12 days.
First injection trial. We send photos, measurements, and physical samples for your approval before mass run.
You approve — we produce. Parts packed, inspected, and shipped direct to your door with tracking.
We're not a broker. Every step happens in our Yuyao, Ningbo facility — which means faster turnaround and no finger-pointing when issues arise.
We review your product for wall thickness, draft angles, undercuts, and material flow before cutting any steel. Problems caught here cost nothing.
Our core technology. SLM-printed inserts with internal cooling channels that follow your part surface exactly — impossible to drill.
Post-print precision machining, wire EDM for fine details, heat treatment to 50–54 HRC, and mirror polishing (SPI A1 standard) where required.
We run T1 trial shots on your behalf, measure critical dimensions, photograph flash and surface finish, and ship you physical samples for hands-on approval.
Need aluminum housings, stainless brackets, or titanium inserts to go with your plastic parts? We machine them in-house and ship together.
In-house CMM measurement, vision inspection, and dimensional reporting. Every shipment includes material certs and inspection data.
These are real projects. Numbers are from our production records.
Client had 3 failed T-trials from a conventional mold. Conformal inserts eliminated the temperature gradient causing warpage.
PC requires precise temperature uniformity. Conformal channels reduced hotspot temperature by 18°C, eliminating burn marks entirely.
GF30 Nylon runs hot and needs uniform cooling. Conformal channels cut cycle time, increasing daily shot count by 41%.
If your material isn't listed, ask us — we've likely processed it.
| Plastic Material | Common Applications | Benefit of Conformal Cooling | Supported |
|---|---|---|---|
| PP (Polypropylene) | Caps, containers, housings, living hinges | Faster crystallization, no sink marks | ✓ |
| ABS | Electronics enclosures, automotive trim, toys | Eliminates burn marks, reduces warpage | ✓ |
| PC (Polycarbonate) | Optical lenses, medical panels, transparent parts | Critical: prevents burning in long flow paths | ✓ |
| Nylon PA6 / PA66 | Gears, clips, structural parts | Uniform cooling prevents glass fiber orientation issues | ✓ |
| POM (Acetal/Delrin) | Gears, fasteners, precision parts | Controlled cooling reduces crystallization defects | ✓ |
| TPU / TPE | Seals, grips, flexible parts | Faster demold of soft parts | ✓ |
| PEEK | High-temp, medical, aerospace parts | Precise thermal control for expensive material | ✓ |
No mold expertise needed. Our engineers review your product file and tell you exactly what's possible — and what it will cost.
One-stop manufacturing — no mold expertise needed
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