Thermal interface pads, ePTFE venting membranes, and protective die-cuts for battery packs, power inverters, and EV powertrain assemblies.
Modern electric vehicles demand components that are precise down to fractions of a millimetre – protecting sensitive battery packs, managing thermal runaway efficiently, and ensuring environmental sealing across the vehicle's lifetime.
Incisee Rotomatic's precision die-cutting capabilities enable us to deliver EV components with tight dimensional tolerances, clean-cut edges, and consistent adhesive application – all critical for high-volume battery pack and powertrain assembly.
Die-cut thermal interface material (TIM) pads for battery cell-to-cooling plate heat transfer, power inverter dissipation, and onboard charger thermal management.
Custom die-cut components for HV battery busbar insulation, BMS circuit isolation, inverter module gasketing, and high-voltage connector sealing in EV assemblies.
Adhesive-backed ePTFE vent membranes for EV battery enclosure pressure equalisation, motor housing venting, and charging connector breathers – waterproof and breathable.
Precision die-cut surface protection films for battery cell tab insulation, busbar shielding, and enclosure surfaces during EV pack assembly and shipping.
Electrically insulating silicone pads for high-voltage component isolation, battery module compression padding, and vibration dampening in EV powertrain assemblies.
