Products

P-Series PCD is specially designed for tools used in machining nonferrous and nonmetallic workpieces for automotive, aerospace, electronics and other precision applications that demand consistent performance and long-term cost savings. U-Series PCD is explicitly designed for tools used in machining nonferrous and nonmetallic workpieces in woodworking, heavy machinery, and other utility applications

Two new key sizes have been added: KHS-TID6-9.99 covers the drill diameter range from 6.0 to 9.9 mm (.236″ to .340″), while KHS-TID20-25.99 from 20.0 to 25.9 mm (.787″ to 1.020″). In addition to the key size that already exists for 10.0 to 19.9 mm (.394″ to .783″), these three key sizes cover the diameter range from 6.0 mm to 25.9 mm of the DrillMeister drill heads.

KKH cartridge modules take all customized fine boring tooling, whether they are designed by SwissBore or not, and turn them into a state-of-the-art fine boring solution that have one thing in common: they are all digital ready. The cartridge modules allows both radial and axial adjustments. Radial adjustments are possible without influencing axial position, making fine adjustments of the cutting edge position exceptionally efficient and precise.

The W643JZ depth gage features a knife edge base and a needle point contact that has been hardened and ground. The conical point which is 1/2" long with a 40-degree angle can be precisely positioned for close work due to a cutout on the knife base. All three of the new Starrett wireless electronic depth gages are accurate to +/- .001"/ 0.03mm, and have a 0.0005"/ 0.01mm resolution. Measurement ranges for each of the gages are as follows: the W640JZ offers a range of 0-.500" (0-13mm), the W643JZ offers a range of 0-.125" (0-3mm) and the W644JZ offers a range of 0-3" (0-75mm).

Customized preventive maintenance programs include checkups to help reduce the risk of failure, optimize production capacity and keep the equipment operating near its original condition. The use of original spare parts guarantees optimal performance, while reports provided by service team members offer insight into equipment status.

The L-703SP System is 30-40% faster than electronic levels, more rugged and reliable, and more repeatable from one tech to the next. In addition, the L-703SP is set up directly on surface plates, so each line segment setup is much easier than autocollimators and laser interferometers, which require floor mounting and touchy setups. This results in 50-60% faster plate calibrations and, unlike these devices, does not require re-taking data if the laser beam is broken.

Due to its rigid design the LiFLEX II 766 performs as twin-spindle, with 500 Nm per spindle and a feed force of 10 000 N. With such a powerful machine, we are now machining two calipers of GLS 600 material in the time of one and save much hall space too.

This expansion increases GH730 grade options of the VST and VTB slot milling heads and the VTR thread milling heads. A PVD grade consisting of extremely wear-resistant coating layer, combined with a tough carbide substrate dedicated to the coating, GH730 provides much better wear resistance than the previous generation GH130. These characteristics provide the grade with long, predictable tool life during threading and grooving operations.

The development of a cutting tool that optimizes performance during vibration cutting is a game-changer. NTK offers the ultimate solution, eliminating the uncertainty in tool selection.

The CoroMill MR80 assortment offers cylindrical and arbor cutter bodies, with diameters from 32 to 100 mm, 3 to 12 cutting teeth and even pitch and shim protection. All cutter bodies feature internal coolant supply. The double-sided E-L50 inserts offer true and easy indexing (6 + 6), with a 3 mm recommended depth of cut.

An onboard coolant reservoir continuously feeds FlexForce's high-pressure pump, and multiple electronic sensors monitor a variety of critical levels for lights-out operations. Automatic pressure regulators and machine-controlled dump valves, along with other fail-safes dramatically reduce or eliminate the risk of system damage.

The MC166 Advance solid carbide milling cutter with increased core stability compared to a conventional tool core ensures a consistently reliable machining process even in unattended operations. A differential pitch provides optimum operational smoothness and significantly extends tool life.