JetSleeve
JetSleeve
New JetSleeve from Bilz Tool Co. Inc. is for enhancing milling tasks by providing more performance due to precise coolant supply.
New JetSleeve from Bilz Tool Co. Inc. is for enhancing milling tasks by providing more performance due to precise coolant supply. According to the company, the coolant supply impresses with its considerable economic and ecological advantages for customers in the mold and die industry, the automotive industry, and medical and dental technology.
The heart of the new JetSleeve is shrink chuck with three compressed air holes and an aluminum sleeve. With the help of 16 holes at different angles on the front of the sleeve, the pressurized medium is forced at high speed and without separation to the working areas where the chips are blown away as soon as they are formed. This means no more milling cutter breakage. The result is a direct influence on considerably improved tool life and less annual tool costs. The most tangible cost advantages, however, are achieved by a significantly improved surface quality of the work pieces, because vibrations are reduced during the operation due to the hydraulic design of the JetSleeve holder.
Reworking such as finishing, polishing, and finish-milling are no longer necessary. JetSleeve can be used for milling cutters from diameters of 3mm up to 20mm and for all taper sizes HSK and SK, Special solutions and lengths are always possible. Not only does this cover the biggest part of all milling tasks, but in contrast to former solutions. JetSleeve can also be used on all machines with internal coolant flow. This means a one-time investment cost which pays off immediately through higher production capacity. Process security is guaranteed due to the automatic operation, as there is no chip accumulation and programming is not interrupted.
The considerably reduced raw material consumption has a great effect on the production of milling tools. Furthermore, much less air pressure and power for compressors is needed and there is less oil pollution.



