We provide high-precision machining technology that meets the needs for weight reduction.
In the aerospace industry, reducing the weight of aircraft is a crucial challenge for improving fuel efficiency and flight performance. To achieve lightweight components, high-precision machining technology is essential. Tomras' machining technology offers optimal processing methods to meet the stringent quality standards of the aerospace sector and the need for weight reduction. 【Application Scenarios】 - Aircraft components - Space exploration vehicle components - Drone components 【Benefits of Implementation】 - Weight reduction of components - Realization of high-precision shapes - Optimization of material costs
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basic information
**Features** - Compatible with a wide range of materials from aluminum to carbide - Diverse processing using lathes and machining centers - High-precision processing technology - Support from prototyping to mass production - Overseas procurement is also possible **Our Strengths** Our unique point lies in the breadth of our technology and knowledge, covering everything from general parts to ultra-precision molds, and from round to square shapes, across industries ranging from automotive to electronic components. We can also handle overseas procurement, including our subsidiary in Vietnam, depending on volume and cost. We engage in direct transactions with overseas partners as well. We excel in reverse engineering, converting items without drawings or only outdated physical samples into drawings and documentation to ensure stable supply of production materials for users.
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From aluminum to super hard materials, from general parts to ultra-precision molds, from round to square, our industry spans from automotive to electronic components. The breadth of our technology and knowledge in metal processing and parts manufacturing is our unique point. We can also procure overseas, including our subsidiary in Vietnam, depending on material volume and cost. We engage in direct transactions with overseas partners as well. We excel in reverse engineering, turning existing physical items—especially those that are outdated and lack drawings or documentation—into detailed drawings and materials to ensure stable supply for our users' production needs.
