COOLANT THROUGH-SPINDLE SYSTEM EXTENDS TOOL LIFE
Ideal for deep hole drilling, the high-pressure through-spindle CYCLO BLAST coolant system from MAG is a simple-to-install retrofit on small Fadal vertical machining centers.
Posted: October 22, 2010
Owners of Fadal vertical machining centers now have the opportunity to maximize machine efficiency and extend tool life with the new CYCLO BLAST coolant-through-spindle (CTS) system. Available from MAG (Erlanger, KY) as a retrofit on Fadal’s line of small VMCs, CYCLO BLAST is performance rated for 15,000 rpm and up to 1000 psi (68.9 bar) fluid pressure, meeting or exceeding CTS tooling requirements for most applications including deep hole drilling.
The retrofit is available for all 40-taper Fadal VMCs, including the 3016 and 4020 models, regardless of the machine’s original coolant-through-spindle setup. The retrofit can be installed in as little as two hours, and the simple design eliminates need for an extended drawbar post, making servicing the system as quick and easy as non-CTS systems. Complete systems are available for machines not previously fitted with CTS.
The CYCLO BLAST system is mechanically concise and simply designed using proven rotary union technology for reliability and extended seal life. “Leaky coolant seals can cause the drive belts to slip, resulting in rigid tapping and part cutting issues,” said Dan Cooper, product manager for MAG Services. “A leak-proof belt drive and head area ensure longer life for drive belts, motor mounts and other vulnerable components.”
A non-air driven system, CYCLO BLAST reduces shop air supply requirements because it requires no vacuum pump to keep the post bearing cool or clean up spilled coolant. The system includes a diverter valve to halt coolant flow instantly when the pump is shut off, and provide instant flow when restarting. There is a one-year warranty on all CYCLO BLAST system replacement parts. “This high-pressure coolant-through-spindle system breaks up the chips to facilitate evacuation, minimize tool overheating and extend tool life,” added Cooper. “The ability to control tool overheating also allows faster feed rates, higher productivity and higher surface quality.” Pumping coolant directly through a machine’s spindle to the cutting tool has been proven to boost productivity and optimize run time by as much as 200 percent in some applications.
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