High hardness steel turning insert "Bertio" triangular for end face and outer diameter machining.
Suitable for hardened steel with HRC61 or higher! Achieved improved finishing accuracy and wear resistance through sharp cutting performance. Triangle end face and outer diameter processing (TNGA160402).
Our high-hardness steel turning and high steel cutting insert chip "Bertio" is suitable for hardened steel with HRC61 or higher. Utilizing the characteristics of high hardness/high toughness carbide "HRA95.0," it features a sharp edge design. This achieves improved finishing accuracy and wear resistance due to its sharp cutting ability. Unlike cBN inserts that require high rotation, it can be used with general-purpose equipment. Additionally, compared to conventional tools, its lifespan is improved, and cost-effectiveness is further expected. 【Features】 ■ Suitable for hardened steel with HRC61 or higher ■ Edge shape with sharp edges ■ Achieves improved finishing accuracy and wear resistance due to sharp cutting ability ■ Can be used with general-purpose equipment compared to cBN inserts that require high rotation ■ Improved lifespan compared to conventional tools, resulting in great cost-effectiveness *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Lineup】 ■TNGA160402/TNGA160404 ■TPGW16T302/TPGW16T304 ■CCGW09T302/CCGW09T304 ■DCGW070202 ■SNGA120404 *For more details, please refer to the PDF document or feel free to contact us.
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Applications/Examples of results
■Other Uses Insert Chips For Cutting High Steel Materials For Cutting Hardened Steel Internal Diameter Cutting External Diameter Cutting End Face Cutting CBN Chips *For more details, please refer to the PDF document or feel free to contact us.
Company information
Katagiri Manufacturing Co., Ltd. introduced cold forging technology for the first time in the Tohoku region in 1966. Since then, as a pioneer in precision cold forging, the company has continued research and development, establishing advanced mass production techniques that achieve both stable quality and high productivity. Currently, the company realizes cost-effective product manufacturing through an advanced production system that pursues automation and labor-saving from process analysis to pre-processing, mold design and manufacturing, forming and processing, and secondary processing. Furthermore, it has independently developed world-first technology in small-diameter precision cold forging, enabling the production of more precise components. Additionally, recognizing the necessity for precision mold processing, the company has developed super abrasive tools in-house. Under the "STRAX" brand, it manufactures and sells these tools nationwide, and has also succeeded in developing carbide materials to improve mold lifespan, along with manufacturing and selling various molds that utilize these materials. Test processing and test cutting services are also available.
