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Automotive/EVCustom pads for Electronic assemblies and Battery pack construction / protection made from some of the best materials in the industry -
IndustrialHeavy duty Electronics and Motor Drives need thermal, RFI, and high voltage protection -
PowerHandling power in electronics and Motor drives requires Thermal control, RFI, and Electrical isolation plus many more materials -
MilitaryRugged materials, custom cut to a high standard to suit even the most demanding applications in Electronics today -
LED lightingWe supply light-shaping, reflective anti-Glare diffusing films to maximise the performance of your LED design -
AerospaceLight weight, vibration damping, thermal and RFI parts made to a high quality to protect your electronics
Rotary die cutting is die cutting using a cylindrical die on a rotary press. A long sheet or web of material will be fed through the press into an area known as a “station” which holds a rotary tool that will cut out shapes, make perforations or creases, or even cut the sheet or web into smaller parts. A series of gears will force the die to rotate at the same speed as the rest of the press, ensuring that any cuts the die makes line up with the printing on the material. The machines used for this process can incorporate multiple “stations” that die cut a particular shape in the material. In each of these stations lie one or more of these geared tools or printing cylinders, and our machines use automatic eye registration to make sure the cuts and/or printing are lined up with one another when lower tolerances are required.
Dies used in rotary die cutting are either solid engraved dies, adjustable dies, or magnetic plate tooling. Engraved dies have a much higher tolerance and are machined out of a solid steel bar normally made out of tool steel. Adjustable dies have removable blades that can be easily replaced with other blades, either due to wear or to cut a different material, while magnetic plate tooling has a cylinder that has magnets placed in it, and an engraved metal plate is attached or wrapped around the base cylinder holding onto it by the force of the magnets.
