We provide high-precision processing technologies for audio equipment, medical devices, automobiles, smartphones, and computers.
Our main processing methods use Vic dies and Thomson dies.
If you can share the following details when contacting us, we can guide you more smoothly on prototype feasibility and processing methods.
Arata-Shoko Co., Ltd. provides processing technologies across a wide range of fields, including materials, OA equipment, audio products, medical devices, automotive-related products, disaster-prevention goods, sports-related products, and construction materials.
To improve durability and safety, we provide optimal die-cut processing for each automotive component. We support a wide range of in-vehicle parts such as emblems and cameras.
To enhance vibration absorption, waterproofing, and dust resistance, we provide optimal die-cut processing for each part. This improves smartphone durability and functionality.
Through LCD protection films and insulating cushions, we protect internal PC components and help reduce weight.
We provide products that protect precision components and add heat dissipation and waterproof functions.
High-precision OCA tape and diffusion sheets improve the durability and visibility of LCD modules.
We provide products with vibration absorption, dust protection, and sound insulation functions to improve audio equipment performance. We support high-quality audio experiences.
We provide processing technologies that protect components used in medical devices and improve hygiene and device durability.
We efficiently assemble multiple parts to achieve high product quality. We also support small-lot production.
Using cutting plotters that can cut complex shapes without molds, we support small-volume production.
A technology that pulls out roll-shaped material, cuts it to the desired size, and rewinds it.
Windscreen used in microphones and other devices
Please contact us!
If you can share the following details when contacting us, we can guide you more smoothly on prototype feasibility and processing methods.