I used to change my Zenith Slitter blades every 21-28 days. Now I changes them every 43 days!
Joe Williamson from Ohio Packaging in Massillon, OH- Noticeable difference in wear. Less time changing knives. 2 to 3 times longer life. Less grinding to resharpen.
Larry Hunter at Pike Lumber in Akron, IN - Trenching teeth for digging trenches for highway underdrain systems lasted 1½ times longer.
Kenneth Davies at Kokosing Construction in Fredericktown, OH - D-2 dies were normally line-side polished 17 times in four months... after Cryo treatment, once in three months.
Jim Rau at TABC Subsidiary of Toyota Motor Sales - Greatly enhanced performance of calendar knives and Cameron cutter knives from every 1½ months to once a year.
Dominique Nero at Salem Republic Rubber Co. in Sebring, OH - It saves labor and time and doesn't change the properties as far as being able to resharpen the tools.
Nathan Replogle of Replogle Ent. in Henry, TN - Treated end mills maintain better cutting edge capabilities giving a 5 to 1 ratio over non treated tooling.
Dan Smarr at Stark Mold in Canton, OH - We used 3-4 cobalt roughing end mills for a 60 piece run. After cryo we used 1 tool to run all 60 parts.
Tom Stugmyer at Ace Precision Ind. in Tallmadge, OH - Treated slitter knives cutting corrugated paper went from lasting 2 weeks to 4-5 weeks after cryogenic treatment.
Jim Greenwood at Trey Corrugated in Sharonville, OH - Average life for untreated Stanley #11-911 blades was 4-5 days. Treated blades are lasting 8-14 days.
Ken Barna at Sentinel Consumer Products in Mentor, OH
The Story
Kathi Bond founded CryoPlus, Inc. in 1994 to provide cryogenic service to the woodworking, stamping, tool and die, shearing, slitting, welding, punching, musical, shooting and racing industries. CryoPlus, Inc quickly positioned itself as one of the well-recognized cryogenic service providers in the industry. It has been certified as a Women's Business Enterprise. It's all about superior service and we have the very best!
The Process
The state of the art processor utilizes the refrigeration capacity of liquid nitrogen in a batch process that is controlled by a microprocessor. Liquid nitrogen flows through a spray distribution system inside the chamber and is vaporized into an expanded gas. The circulation fan inside the chamber ensures proper transfer of heat during the process. It is designed to process parts at -300°F as well as heat materials to +350°F.
The Advantages
Improve performance and increase the life up to 400% of metal cutting tools, blades, knives, stamping dies, shears, punches and even your engine components, baseball bats, golf club heads and musical instruments with cryogenic processing. The process of deep freezing metal parts makes the internal structure more uniform, durable and stronger. The net result for the customer is lower manufacturing costs and superior product performance.
