Our carbide end mills are products that can achieve
long tool life to cover various materials
by our original coating technology.
Molding technologies are used to seal semiconductors by electrically insulating them from the outside using resin. These technologies are essential to ensure the reliability of semiconductors.
At TOWA, we develop dicers and handlers, the main functions of singulation equipment.
As the leading company in resin sealing technologies for semiconductors and other electronic components, we at TOWA Corporation have supplied a number of ultra-precision molds to the market. These products have been highly acclaimed by customers.
Developed by utilizing technologies cultivated through the manufacture of ultra-precision molds, End mills and Drills from TOWA boast high precision, superior abrasion resistance, and a long life-span.
Supporting TSS with IoT technologies TEN-System
TEN-System supports TSS comprehensively with IoT and a web system, allowing us to provide appropriate services promptly.
In addition to trading in the global market, we consistently engage in purchase, reclamation, sales, and provision of support, all essential for trading used equipment.
Our carbide end mills are products that can achieve
long tool life to cover various materials
by our original coating technology.
■HARD STAR® Series ※Patented
TOWA unique film-forming technology based on sputter deposition can achieve extra-long life for high-hardness materials milling. Also, ideal for DRY cutting environment metal 3D printers.
Long Life-span
TOWA unique film-forming technology based on sputter deposition can achieve extra-long life for high-hardness(HRC50 or more) materials milling.
Ideal for DRY cutting
Also ideal for metal 3D printers in dry cutting environments.
Our Commitment to Technologies
From
Kyoto to
the World
5 Kamichoshi-cho, Kamitoba, Minami-ku, Kyoto-shi, Kyoto
601-8105 JAPAN
TEL (+81)75-692-0250(main)
FAX (+81)75-692-0270
Certified to ISO 9001:
the international standard for quality
assurance.
(Excluding Bandoh Memorial Research Laboratory
and INNOMS Promotion
Dept.)
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