Precision components and assemblies tailored for u3lity, automo3ve, and industrial OEM applications.
We manufacture precision plastic components used in mechanical and electronic water meters, designed for accuracy, durability, and long service life. Our components are engineered for stable performance in high-volume utility and municipal supply applications.
Our manufacturing capabilities extend to precision components for gas metering applications, where dimensional accuracy, material stability, and reliability are critical for safe and consistent operation.
We produce high-precision plastic bearing cages for automotive and industrial bearing applications. These components are manufactured to tight tolerances and engineered for strength, wear resistance, and consistent performance in demanding operating conditions.
In addition to our core product lines, we manufacture customized plastic components and assemblies developed in close collaboration with OEM customers. These parts are produced for long-term production programs where consistency, quality, and supply reliability are essential.
From engineering and tooling to repeat-volume produc3on of precision components and assemblies for OEM programs.
We review component designs, tolerances, and material requirements to ensure manufacturability, process stability, and cost efficiency across long-term production programs.
Moulds and production processes are developed with a focus on dimensional control, durability, and repeatability. Tooling is engineered to support consistent output across extended production life cycles.
Initial samples and trial runs are validated against defined quality and performance parameters to ensure components are production-ready before scale-up.
Once validated, components and assemblies are manufactured at scale with controlled processes, integrated secondary operations, and reliable delivery support for domestic and export OEM customers.
We prefer STEP (.stp) or IGES (.igs) formats for 3D files. For 2D drawings, PDF or DWG are acceptable for tolerance specifications.
Lead times vary based on complexity. A simple single-cavity mold may take 3-4 weeks, while complex multi-cavity automotive tools can take 6-10 weeks.
Yes. Our engineering team can recommend specific resin grades (ABS, PP, PC, Nylon, etc.) based on your product's performance requirements and environment.
Get a partner who understands your industry's specific requirements. Contact us today for a technical consultation.
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