Vortec Product Guide - ITW Vortec - #5

Cold Air Oins

Versatile Spot Cooling for Machining and More

If you want to substantially improve your dry machining operations, kill the heat buildup with a steady stream of sub-zero air from a Cold Air Gun. Cold air machining on almost any material results in improved production rates and quality, as well as prolonged tool life. And, with the ever-increasing need to protect worker breathing areas, you can eliminate the mess, \ expense and safety concerns associated with v using mist coolants.

Cold Air Guns use filtered compressed air and voiles tube technology to produce sub-zero air for numerous industrial spol cooling applications. With no moving parts to wear out, the internal vortex tube converts factory compressed air into a cold air stream, producing temperatures down to as much as -30°E Cold Air Guns are used in various industrial processes, fabrication, assembly and packaging as a versatile spot cooling device.

♦ Widely used in milling, drilling, turning and other metalworking operations

♦ Machining of plastics, composites, wood and other materials

♦ Surface grinding, drill and tool sharpening

♦ Cooling molds and molded pieces

♦ CNC routers, blades and band saws

♦ Spot cooling of parts and assemblies

♦ industrial sewing and textiles

♦ Setting hot melts and adhesives

♦ Thermal testing sensors

♦ Cooling welds and solders

Most popular applications plastics, wood, rubber, outperforms mist coolants on dry machining ope ratio eliminate heaU'elatcd parts gr

e cooling during the machining of metals, and other materials. Cold air machining i substantially increases tool life and feed rates The effective cooling from a Cold Air Gun can ,■11) while improving parts tolerance and

surface finish quality.