Industries
Where precision
changes the outcome.
Finecut creates the greatest value where heat, tool contact, conductivity or conventional process limits stand between a design and a reliable part.
Medical devices
Cut intricate components in Nitinol, titanium, cobalt-chrome, ceramics and polymers without a heat-affected zone or tool-induced stress.
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Aerospace and defence
Protect fatigue-sensitive alloys, composites and ceramic structures while opening complex contours with micron-level machine precision.
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Photonics and optics
Machine glass, fused silica, sapphire and advanced optical materials with a cold, non-contact process and a kerf down to 0.2 mm.
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Semiconductors and electronics
Cut ceramics, silicon, PZT, FR4, copper and layered electronic materials without depending on electrical conductivity or adding heat.
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Advanced materials and deeptech
Develop new products in amorphous metals, ceramics, composites, superalloys and layered materials without designing around the limits of heat or tool wear.
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Precision contract manufacturing
Add a cold, tool-free cutting process for high-mix work, difficult materials and geometries that stretch EDM, laser and conventional machining.
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Luxury, watches and jewellery
Create fine contours in precious metals, titanium, sapphire, ceramics, mother-of-pearl and other high-value materials with low material loss and no heat-affected zone.
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Research and development
A flexible, compact platform for laboratories, universities and innovation teams exploring new materials, geometries and non-thermal manufacturing routes.
Explore industry ↗One question matters first
What must the finished part do?
Start with your drawing, material and functional requirements. Finepart will help establish feasibility and the most credible route forward.
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