Our engineering team leverages decades of experience in polymer rheology and thermal dynamics to design parts that withstand high-pressure cycles and extreme temperatures.
We work with advanced PMMA, POM, and glass-reinforced resins to ensure every screw, barrel, and nozzle tip provides maximum wear resistance.
Optimizing cycle times by 15-20% through superior heat dissipation and precision-fit components that reduce friction and energy consumption.
Developing molds and machine parts specifically optimized for recycled plastics and bio-based resins to meet ESG goals.
As electronics and medical devices shrink, the demand for high-precision micro-injection parts has surged, requiring sub-micron tolerances.
In the automotive sector, replacing metal housings with high-strength plastic injection molded parts is a key macro trend for EV range extension.
Global procurement managers are no longer just looking for a "part number"; they are looking for risk mitigation and total cost of ownership (TCO) optimization. Our solutions include:
Specialized engine lamp covers, sensor housings, and battery modules that meet rigorous IATF 16949 standards.
Class 100,000 cleanroom production for surgical tools and diagnostic equipment components with full traceability.
Rapid tooling and injection molding for wearable tech and high-end audio housing, balancing aesthetic finish with durability.
High-performance polymer parts capable of maintaining structural integrity in vacuum environments or under high G-forces.
To use high precision, tight tolerance, flexible delivery, we can make a wide range of prototypes and production for your projects.
Advanced tooling and molding solutions for complex geometries.
Started by two experienced engineers with an extensive background in precision machining and mold tool manufacture. Our 2000m2 manufacturing facility includes CNC machining, injection molding, and sheet metal fabrication.
1. Upload CAD -> 2. Quote with DFM (24hrs) -> 3. Confirm Order -> 4. Project Completion (1-3 days fastest).
A: ODM (Original Design Manufacturing) allows the factory to take a conceptual requirement and apply DFM (Design for Manufacturing) expertise to optimize the part for better yield and lower cost, whereas OEM requires a finished blueprint. ODM provides higher "Information Gain" for the client by leveraging the factory's internal engineering IP.
A: We utilize decoupled molding techniques and scientific injection molding (SIM) processes. By monitoring the viscosity of the melt and maintaining strict cavity pressure controls, we ensure that the millionth part is identical to the first.
A: Yes, our facility is equipped with multi-shot injection machines capable of bonding rigid plastics with soft TPE/TPU materials, ideal for ergonomic grips or integrated seals in electronic housings.
A: Standard CNC-machined parts can be delivered in 3-7 days. For custom mold-based parts, the tooling phase takes 2-4 weeks, followed by immediate production scaling.
Precise housing for IoT hubs and smart locks requiring UV resistance and high-impact durability for outdoor use.
Custom gear assemblies and joint covers that must withstand continuous vibration and chemical exposure in factory environments.
Enclosures for solar inverters and EV charging stations designed for NEMA 4X compliance and thermal management.
Creatingtec
