Precise Machining - Industry

Industry

Industry
Precise Machining

Precise Machining

Ultra-Precision Machining

Based on ultra-precision machining technologies, we ensure stable production capabilities for sophisticated core components.

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Overview

As industrial environments continue to advance, core components require increasingly precise and consistent machining quality, and ultra-precision machining has become an essential manufacturing capability across a wide range of industries, including aerospace, defense, and energy.

Accordingly, the application of advanced composite materials and high-complexity geometries is expanding, with precise tolerance control and consistent quality assurance emerging as key factors in determining industrial competitiveness.

Amid these changes, ultra-precision machining is evolving beyond a conventional manufacturing capability, playing an increasingly critical role in supporting the overall technological maturity of advanced industries.

Precise Machining

Ultra-Precision Machining

Based on ultra-precision machining technologies, we ensure stable production capabilities for sophisticated core components.

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Solution Features

Point01
Ultra-precision machining capabilities covering a wide range of materials and specifications
Precision machining with dimensional tolerances of 0.005–0.01 mm across diverse materials such as aluminum, stainless steel, Invar, Inconel, titanium, and nickel enable production from ultra-small components to large-scale machined parts.
Point02
Multi-axis precision machining-based production system adaptable to diverse industrial environments and product configurations
By leveraging a range of machining and inspection equipment - including 3-axis and 5-axis precision machining systems and CMM measurement equipment - we have established a flexible precision manufacturing environment applicable across industries and product types.
Point03
Stable production system based on integrated quality control
Using ERP and MES systems, all stages of production from sourcing to machining, inspection, and delivery are systematically managed to minimize defect rates and ensure the consistent supply of high-quality components.