Precision Injection‑Molding One‑Stop Solutions
5 000 + mold‑making projects completed
± 0.01 mm mold accuracy
120-1200 tonnage range of injection machines
Your manufacturing partner—from mold development to million‑unit production
Comprehensive Performance Material System
Micron‑Level Tooling Assurance
Processing Standards
Hard‑Core Smart‑Manufacturing Facility
Mold‑Making
End‑to‑End Supply‑Chain Enablement
Industry Solutions
LED lenses (PC with optical polish)
Connector housings (LCP, 0.2 mm walls)
Microfluidic chips (COP, 10 µm channels)
Surgical‑instrument handles (sterilisable TPE)
TWS earbud cases (two‑shot molding)
Smartwatch bands (liquid silicone rubber)
Our Achievements
Certified for Success
Explore the trusted certifications that back our promise of consistent quality and manufacturing excellence.
Service Advantages
From 24-hour prototypes to production-grade precision and end-to-end management, we efficiently accelerate innovation while safeguarding design integrity and costs.
Lightning Speed
24-hour DFM feedback and next-day prototypes keep your project weeks ahead of schedule.
Micron Precision
Five-axis CNC, industrial 3D printing and a 19-point QC loop hold tolerances to ±0.01 mm for production-ready quality.
Seamless Integration
Design review, tooling, finishing and global logistics all happen under one roof, cutting launch risk and timelines by up to 40 %.
Collaborative Expertise
Cross-functional engineers partner with you from concept to delivery, aligning materials, aesthetics and performance for optimal cost and reliability.
Launch Your Mass‑Production Project
Dedicated Support
FAQ
Ask Us Anything
How do you handle DFM and mold-flow considerations before tooling starts?
For tooling & injection molding, we review gate location, parting line strategy, draft angles, ribs/bosses, weld lines, sink/warpage risk, and venting potential before steel cutting. When needed, we recommend geometry adjustments to improve fill balance, cosmetic quality, and cycle time stability.
What tooling options do you offer for prototype, bridge, and production programs?
Our tooling & injection molding capabilities cover prototype and bridge tools (for fast iterations and lower upfront cost) as well as full production molds designed for high-volume stability. We advise the best tooling approach based on expected annual volume, resin type, tolerance targets, and lifecycle cost.
How do you control critical dimensions and repeatability during molding?
In tooling & injection molding, repeatability is driven by a controlled process window and robust tooling design. We manage key parameters such as melt temperature, mold temperature, injection speed/pressure, pack/hold, cooling time, and cavity balance. For critical features, we define measurement plans and provide inspection reports aligned with your datums and CTQs.
How do you manage texture, surface finish, and cosmetic requirements without risking defects?
For tooling & injection molding with cosmetic requirements, we coordinate texture standard, steel finish, gate/vestige placement, ejector pin layout, and venting to minimize flow marks, gloss variation, and blush. We also account for material shrink behavior and pigment sensitivity to keep appearance consistent across cavities and lots.
What information do you need to quote tooling & injection molding accurately?
To quote tooling & injection molding efficiently, we need the 3D model (STEP/IGES), 2D drawing or CTQ list, resin specification (or performance target), expected volumes, color/finish requirements, and any compliance needs. If you already have assembly constraints, we also review mating parts to prevent tolerance stack issues.