Hand cleaner silicone-based mirror finish low hardness rubber adhesive roller
Audio-Technica Techniclean
A rubber roller with a mirror finish made of low-hardness silicone rubber, measuring 150mm × φ30mm.
Low hardness type with a mirror finish made of silicone-based rubber. It uses low hardness silicone rubber, allowing for effective cleaning of materials with uneven surfaces.
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basic information
HC-700S Series Roller Material: Silicone-based Rubber, Mirror Finish, Low Hardness Type *For more details, please refer to the documentation. Feel free to contact us. For online purchases, please visit the Techniclean Shop. https://www.amazon.co.jp/techniclean Model Number HC-730SF HC-730SF https://www.amazon.co.jp/dp/B07GXKGKG3?ref=myi_title_dp
Price range
P2
Delivery Time
P1
Applications/Examples of results
The Audio-Technica Hand Cleaner Series uses a unique adhesive roller in all models, designed to efficiently remove dust, material strength, and other particles adhering to resin plates, glass, various films and sheets, metal plates, etc., thanks to its adhesive power. It can remove almost all fine debris.
Detailed information
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Suitable for the substrate after patterning.
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Bearing specifications: Low-dust bearings are used in the rollers to reduce work load and minimize dust generation.
Line up(2)
Model number | overview |
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HC-730SF | External dimensions (W×D×H) 325×185×65mm Roller dimensions (W×φ) 300×30mm Roller material: Silicone-based rubber, mirror finish, low hardness type Body weight: 385g |
HC-715SF | External dimensions (W×D×H) 175×185×65mm Roller dimensions (W×φ) 150×30mm Roller material: Silicone-based rubber, mirror finish, low hardness type Body weight: 250g |
catalog(3)
Download All CatalogsCompany information
In 1985, Audio-Technica focused on its unique technology to develop a special rubber. The dust removal device that utilizes this rubber, which has excellent adhesive properties, is called Techniclean. It can remove dust and static electricity without damaging the surface, even with very thin materials, making it effective in various fields such as electronic circuit board manufacturing, printing of instruments, cards, and films, and material cutting.