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About Us
With 15 years of expertise in precision component surface treatment, we specialize in delivering customized polishing and deburring solutions for global precision manufacturing. Our service network spans 23 countries, with over 160 precision machining projects successfully delivered. Committed to becoming the global technology partner for complex component surface engineering.
Related Industry
Aerospace
In the aerospace industry, where high-efficiency and ultra-reliability are paramount, manufacturers demand components and production processes that meet stringent requirements. Ultra-fine surface roughness values, combined with edge rounding and deburring processes, play a critical role in significantly reducing engine friction and enhancing wear resistance.
Biomedical
In medical device applications, surface roughness issues directly impact patient safety and device efficacy. Due to the unique demands of clinical environments, surface treatment is indispensable for ensuring higher reliability, extended lifespan, and micron-level precision. Advanced polishing technologies address critical challenges such as biocompatibility and sterilization in medical equipment.
3D Printing
In metal additive manufacturing, components with complex geometries—such as curved channels, turbine blades, gear surfaces, and irregular cavities—often exhibit high hardness and poor surface roughness. For polishing these intricate 3D-printed features, Extrusive Abrasive Polishing is the preferred method due to its ability to uniformly process hard-to-reach areas.
Extrusion Molds
Polishing is a critical step in mold manufacturing. As plastic products proliferate, demand for flawless appearance has escalated, necessitating superior surface quality in mold cavities. Mirror-finish and high-gloss surfaces require exceptionally low surface roughness (Ra ≤ 0.01 μm), driving stricter requirements for polishing and deburring to eliminate micro-defects and ensure optical-grade precision.
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