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Swiss CNC, EDM, and Laser
Our advanced capabilities include Swiss screw machining for complex geometries, electrical discharge machining (EDM) for intricate profiles in hard materials, and femtosecond laser cutting for heat-free processing of nitinol and platinum, delivering complex microcomponents that accelerate your time-to-market.
Medical device companies need a partner who can offer high quality, comprehensive solutions, to help manufacturers develop competitive technologies that are first to market.
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Supplying millions of parts for over three decades, Swiss screw machining stands out as a premier manufacturing capability for producing miniature medical components, thanks to its precision, efficiency, and versatility. By harnessing this advanced technology, we empower medtech manufacturers to drive device innovation while optimizing costs, production times, and overall quality.
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miniature housings, electrodes, and connector components
micro-shafts, pull wires, and precision delivery system parts
custom fittings, pivots, and miniature subassemblies
small-scale screws, pins, and fixation elements
intricate parts requiring superior concentricity and surface quality
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Lighteum Medical deploys three distinct Electrical Discharge Machining (EDM) techniques: Wire EDM, Sinker EDM, and Fine Hole EDM—non-contact processes using electrical sparks to erode material for precise shaping. Wire EDM uses a thin wire electrode for cutting complex profiles; Sinker EDM employs a custom electrode to create cavities or features; and Fine Hole EDM specializes in drilling small, high-aspect-ratio holes with micron-level accuracy.
We apply it for miniature medical components, achieving micro-precision without altering material properties, such as nitinol's superelasticity or platinum's biocompatibility and radiopacity.
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Lighteum Medical continues to push manufacturing boundaries in femtosecond laser cutting—a non-contact process using ultra-short laser pulses to ablate material with minimal heat input. This enables precise cutting of challenging metals like nitinol and platinum alloys, commonly used in stents, implants, markers, and coils.
We apply it for miniature medical components, achieving micro-precision without altering material properties, such as nitinol's superelasticity or platinum's corrosion resistance.
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medical components shipped globally and counting
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We use breakthrough technologies and work closely with our partners to make the entire experience smoother, smarter, and faster to provide more precise outcomes for everyone.
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