Compared to conventional paper tape, it can reduce the area required by up to 75%, significantly cutting down on waste.
Furthermore, by reducing the energy required for transportation and CO₂ emissions, it enables you to achieve both environmental sustainability and optimized logistics costs at the same time.

By reducing tape width and pocket pitch, you can reduce storage space.
Increasing the number of parts per package and saving space can help reduce operational workload on the shop floor and boost production efficiency.

Since plastic embossed tape minimizes dust generation and fraying, the clearance in the component storage area is improved. As a result, clogging of the suction nozzles and pickup errors are reduced, enabling consistent and stable component pickup.
Reducing maintenance frequency helps minimize line downtime and contributes to increased production efficiency.

A treatment that suppresses static electricity during cover tape removal helps reduce the risk of component failure and pickup errors.
Furthermore, with high dimensional stability against changes in temperature and humidity, storage and mounting stability are ensured even in high-temperature and high-humidity environments. This supports stable production without compromising quality or yield.