Rovi Products, Inc. offers replacement machinable Lathe Chuck Jaws to fit virtually every chuck! Rovi Products is a leading U.S. manufacturer of precision Lathe Chuck Jaws compatible with Kitagawa®, Samchully, LMC, Buck, Autogrip, and many other popular lathe chuck brands. Our lathe chuck jaws are available in 1.5mm x 60° serrations as well as Standard […]
Aluminum and Steel Chuck Jaws Quick Reference Guide Read More »
A chuck jaw, also known as a lathe chuck jaw or simply a jaw, is a component of a lathe chuck. A lathe chuck is a device used in metalworking to securely hold and rotate a workpiece while it is being machined or shaped. The chuck jaws are the movable components of the chuck that
What is a Chuck Jaw? Read More »
We are now stocking Steel Full Circle Jaws for Kitagawa B-210 & B-208 style chucks . We have sold these in the past, but never kept inventory on them. Being that we had been getting more request, we decided to have inventory on hand for immediate delivery. These jaws are identical to our Aluminum Full
Steel Full Circle Chuck Jaws Read More »
Boring Soft Jaws The following is an article that was published by Modern Machine Shop, and written by Mike Lynch Founder and President, CNC Concepts Inc. I liked it, so I thought I would share. “For external clamping, subtract the amount of material you’ll be removing from the jaw from the diameter just determined.
From time to time, we get requests to make special Chuck Jaws (to fit a customer’s specifications). An example would be an application that requires a jaw that is larger than what we sell off the shelf. We can create custom make jaws up to 9” tall out of steel or aluminum for those applications
Special Chuck Jaws Read More »
Every year I get a few calls where a customer needs to grab the ID of a part, but they don’t have a collet chuck or just can’t justify the cost of a complete Expanding Collet Assembly for the one job they’re working on. I usually will suggest that they use a set of Aluminum
Using Full Circle Jaws to hold The ID of a Part Read More »
