Who is Lexington Cutter

Lexington Cutter is a privately held company that will celebrate its 60th year as a cutting tool manufacturer in 2007. Originally the company was located in Long Island, New York. In 1987 Lexington Cutter was purchased by Paul J. Enander, and subsequently moved to Bradenton, Florida. We are a manufacturer of quality precision carbide tipped and solid carbide cutting tools. Our products are used primarily in metal removal. Additional uses are found in high abrasion materials such as fiberboard, resins and some plastics. We pride ourselves as a leader in manufacturing, striving for excellence in every tool.

A large portion of our standard product is stocked in semi finished as well as finished state. This expedites simple modifications into customer specific specials for quick deliveries. We also manufacture special solid carbide and carbide tipped tools to our customers' specifications. Our high quality tools have made us an excellent choice for the automotive and aerospace industries. The demand for special NAS (National Aerospace Specification) reamers for the aerospace industry was so great that in 1995 we added the NAS 897 C specification reamers to our standard product line. Our product line exceeds 20,000 line items with over 95% of the items in stock in several warehouses around the United States to ensure the fastest deliveries possible.

Lexington Cutter, Inc. is an ISO certified company. We are committed to continuous improvement in order to provide the necessary tools, equipment and working environment to deliver high quality products that meet or exceed the expectations of our customers. Our factory houses over 100 machines tooled for the production of standard and specialty tooling. Lexington combines many well know manufacturing techniques such as Setup Reduction, Total Quality Management, Lean Production, Baka-Yoke, and Cellular Manufacturing into a production environment that thrives on high quality and continuous improvement. Lexington Cutter's staff would not have it any other way. (JLT 2006)