Manufacturing

Tools and parts can be CryoHeat treated when new or used, sharp or dull. CryoHeat treated tools are easier to re-sharpen and the sharp edge will last much longer.  Endmills and inserts like C-2, M-1, T-1 and more will show longer life 250 to 300%. The results of machining materials from aluminum to titanium and plastic to carbon fiber with the CryoHeat Metal Treatment will pay for itself with better chip management, a reduction in pressure on the cutting tool, and less stress on the cutting surface which will allow a 5 to 15% increase in cutting speed. The finish will appear smoother and flatness will be easier to hold.

If your goal is to lower your tooling costs, decrease downtime and gain higher levels of performance and longevity from what you currently use then look no further than CryoHeat Metal Treatment. In the ASM Heat Treat guide over 85% of tool steels listed have cryogenics as the only method to increase dimensional stability after heat-treating. The solution is CryoHeatMetal Treatment, we will cryogenically treat your new or used parts, tools, or any metals and achieve the very best performance you can get out of your parts.

CryoHeat Metal Treatment is very knowledgeable about all sorts of tool dies from die-cutting to dies used in forging steel. CryoHeat has successfully treated forging dies with materials like H-13, D-2, DC-53, S-7, M-1 & 2, and many more with a wear durability increase of 200% and over including the yielding of chipping or fracturing. This one-time treatment improves the entire structure, not just the surface, giving your parts stability, reliability, greater wear resistance, and longer service life. By choosing CryoHeat, our customers see that our treatment increases tool life by 200% to 400% depending on the type of metal that is getting the treatment. Using our reliable process will enhance the overall performance and add value to your dollar through major savings on the tooling you use. When applied to components used in manufacturing, our process significantly reduces downtime and maintenance costs typically associated with changing dull blades, drill bits, end mills, dies, and other metal objects that perform at their peak when maintaining a sharp edge, a tight seal and precise shapes and tolerances.