From high-tolerance tooling to production-grade quality systems, RIXIN helps engineering teams move from design to dependable scale manufacturing.
We don’t just process parts; we validate them. Our internal quality control system ensures that every dimension on your print perfectly aligns with the physical component.
RIXIN operates under a fully standardized, data-driven management system to maintain total stability across high-cycle multi-cavity tools.
We provide a full suite of validation reports with every shipment, ensuring complete traceability and easy engineering compliance.
Our climate-controlled quality lab uses calibrated metrology equipment to perform cross-checks on wear-critical features and micro-tolerances.
Explore high-performance material selections and precision component machining tailored to your industry standards.
For mold components, dimensional stability and wear resistance are prioritized. We combine CNC, EDM, and grinding routes to maintain critical fit features across inserts, cores, and cavity details.
High-precision tooling components engineered for stable fit, controlled wear, and repeatable cavity quality across demanding production cycles.
Select from industrial-grade materials tuned for wear resistance, dimensional retention, and tooling stability.
Backed by in-house precision equipment and disciplined process routing, we deliver micron-level dimensional tolerance control for wear-critical core components.
We apply stage-based quality control, including first article inspection, in-process dimensional checks, and final outgoing verification. The same control plan logic is carried from prototypes into serial production to keep data and acceptance criteria consistent.
Yes. Beyond commonly used polymers and metals, we support project-based sourcing for specialized grades when engineering requirements justify them. Material substitutions are reviewed with performance, compliance, and lead-time impact in mind.
For precision features, we build process routes around CNC, EDM, and grinding combinations and verify dimensions using calibrated inspection equipment. Acceptance is tied to drawing-critical points, not only nominal dimensions.
Lead time planning is split into engineering review, process readiness, and production windows. Repeat projects benefit from retained process knowledge, which shortens setup cycles and reduces approval risk during ramp-up.
Customer files are handled under controlled access, role-based sharing, and documented communication workflows. NDA-aligned handling is integrated into project onboarding to reduce IP exposure throughout the product lifecycle.
