Experience T-A Pro at smaller diameters with Y series
Allied Machine and Engineering, a leading manufacturer of holemaking and finishing cutting tools, announces the expansion of the T-A Pro replaceable insert drilling system into the Y series. With a diameter range of 9.50 millimeters – 11.09 millimeters, T-A Pro Y series is available in stub to 15xD and ISO-specific carbide grades P, K, and N as well as high-speed steel substrate X.
Adding the Y series to the diameter offering of the T-A Pro line, which now has a complete range of 9.50 millimeters – 47.80 millimeters, gives machine shops using high-speed steel twist drills and conventional style tools the opportunity to upgrade to a superior system, allowing them to increase penetration rates and maximize tool life. Additionally, for those using solid carbide tooling, the Y series offers exchangeable tips, eliminating the need for regrinding, while also offering the ability to target specific materials and applications with an ISO-specific geometry selection on a single holder body. Ultimately, T-A Pro Y series benefits smaller scale part runs in various industries because of its favorable cost per hole.
Like the T-A Pro Z series, the Y series is offered in A and B body diameters. Available in both metric and imperial as well as flat and cylindrical shanks for all length options, the Y series serves as an upgrade to manufacturing processes while allowing machinists to increase throughput in their cutting tool applications, too.
John Weniger, product manager, shares that “The T-A Pro line has established itself in the market as a go-to drilling solution overdelivering on performance, reliability and consistency at penetration rates rivaled only by few others. The expansion of the T-A Pro drilling line into the Y series allows users to experience the benefits of the T-A Pro line at smaller diameters.”
For more information about the T-A Pro high penetration replaceable insert drilling system visit: https://go.alliedmachine.com/TA_Pro
Allied Machine & Engineering www.alliedmachine.com