Flexible Packaging
Easy-open scoring, breathable perforation and registered features in packaging film — digital recipes instead of mechanical tooling. For the converter running the line and the brand owner specifying the pack.
Industries
Find your industry and see the work. Every application names the machine that runs it — buy the equipment and run it yourself, or send us the work and we run it for you.
Easy-open scoring, breathable perforation and registered features in packaging film — digital recipes instead of mechanical tooling. For the converter running the line and the brand owner specifying the pack.
Cutting, scoring, and windowing for cartons — digitally, in register, without a die.
Labels and stickers: kiss-cutting, die-cutting, perforating and marking for pressure-sensitive stock — every SKU is a file, not a die.
Bottles, caps and rigid packs: inkless date and lot codes, serialization, embellishment and label-replacement graphics marked straight onto the package.
Wearables, electrodes, catheters, stents and UDI marking: micron-scale features in medical films, laminates and device components, with cleanroom capability. Non-metallic medical parts run under our ISO 13485-certified quality system.
Microfluidic channels, biosensor electrodes, and laminate assemblies to 25 µm — cut and laminated in one controlled process.
Flex circuits, printed electronics, RFID antennas and RFI/EMI shielding: precision apertures and patterns in films and foils, roll-to-roll or from sheet.
Laser-cut gaskets, adhesive components and die-cut replacements from silicone, foam, acrylic adhesive and release-lined stock. No tooling, no crush, and a part change is a file change. Buy the equipment or have LasX run the parts.
Acoustic liners, pressure-equalization features, and precision-cut composites — two decades of aerospace contract work.
Electrode foils, fuel-cell components, and battery package materials — cut without tooling wear; burr height and heat-affected zone measured in the trial.
Scanner-based femtosecond micromachining for advanced packaging — glass-core substrates, through-glass vias, wafer and panel scribing, and selective thin-film ablation. Developed on your material first.
Intricate cutting, etching, finishing, and stencils for commercial print — geometry a die maker would refuse.
Wide-web cutting and finishing for technical and decorative textiles — sealed edges, no fray, no tooling.
ID cards, credentials and security documents — polycarbonate windows, inlay processing and document perforating, cut in register with no die to wear.