Cutting processing of resin for aerospace applications
Precision machining that meets the needs for lightweight structural materials in the aerospace field.
In the aerospace field, the importance of lightweight structural materials is increasing because reducing the weight of the aircraft directly leads to improved fuel efficiency and increased payload. Especially for parts that require complex shapes and high precision, precise processing techniques that leverage the properties of the materials are essential. Our resin cutting technology meets these demands and enables the provision of lightweight and high-strength components. 【Application Scenarios】 - Structural components inside and outside aircraft - Parts for satellite-mounted equipment - Structural materials for drones and unmanned aerial vehicles 【Benefits of Implementation】 - Improved fuel efficiency due to reduced aircraft weight - Enhanced payload capacity - Miniaturization and increased functionality of components
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【Features】 - Compatible with engineering plastics such as Teflon and PEEK - High-precision machining using NC lathes and machining centers - Capable of processing complex shapes such as thin holes, thin parts, and small sizes - Machining under temperature control to minimize changes during processing - Supports everything from prototypes to mass production (approximately 10 to 10,000 units) 【Our Strengths】 We specialize in palm-sized parts and offer precision machining for components that fit from the fingers to the palm. Machining processes such as drilling, threading, and corner rounding are performed using NC lathes and milling machines. We deliver clean, high-precision results with short lead times, meeting a variety of demands.
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Applications/Examples of results
Piping such as fittings, medical device parts, electronic device parts, semiconductor parts.
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We perform precision machining such as drilling, threading, and corner rounding on parts that are the size of a palm, using NC lathes and milling machines.