Raytech Machine Tools Inc.

Raytech Machine Tools Inc. operates as a prime contractor delivering specialized manufacturing equipment—electrical discharge machines, wire EDM tooling systems, and precision machining apparatus—to the Defense Logistics Agency, NASA, and other defense and civilian federal agencies on a full-and-open basis, with no set-aside usage across its recent federal footprint. The company is a for-profit corporate entity headquartered in Raleigh, North Carolina, and competes primarily through purchase orders for equipment procurement rather than on standing contract vehicles or IDIQs.

Raytech's customer concentration is heavily weighted toward the Defense Logistics Agency Aviation, which accounts for 4 of 10 awards with tracked dollar values and $2.2 million of the $2.5 million combined potential value across the vendor's federal portfolio. NASA's Shared Services Center ranks second with 3 awards totaling $88 thousand, and the Department of Homeland Security U.S. Coast Guard, the Department of the Navy Naval Air Systems Command, and the Department of the Air Force Materiel Command Ogden Air Logistics Complex round out the active set. Recent representative work includes a $529.6 thousand firm-fixed-price purchase order from DLA Aviation (August 2023) for delivery of an electrical ultrasonic erosion machine to Tinker Air Force Base, Oklahoma; a $171.1 thousand purchase order from Air Force Ogden Air Logistics Complex (April 2023) for a Horizontal Electrical Discharge Machine System supporting the Rapid Innovation Center at Hill Air Force Base, Utah; and a $43.2 thousand purchase order from NASA Shared Services Center (July 2026) for System 3R tooling compatible with a Mitsubishi MD+PRO II wire EDM machine at NASA Ames Research Center. Activity has been episodic—two awards in 2021, then one per year through 2024, with one award in 2026—and the vendor carries minimal subcontract exposure, with one sub task awarded by Leidos (October 2024) for pulsed-power technology investigation supporting high-power electromagnetic sources.