Electrical And Ultrasonic Erosion Machines

PSC Category 3410-P encompasses electrical and ultrasonic erosion machines, which are specialized precision manufacturing and metalworking equipment used primarily by government agencies and defense contractors. These machines include wire electrical discharge machines (EDM), sinker EDM, and other precision cutting and machining tools designed for creating complex metal components with extremely tight tolerances. The equipment is typically used in fabrication, maintenance, and repair operations across various industrial and military settings.

Federal contract awards in this category predominantly feature wire EDM machines and related accessories, with contract values ranging from approximately $10,000 to $3.7 million. The Defense Logistics Agency, U.S. Navy, and Air Force are the most frequent awarding agencies, with a strong preference for small business set-asides. Recurring awardees include Methods Machine Tools, Inc., Kansas-Oklahoma Machine Tools Inc., and Raytech Machine Tools Inc. Most awards are firm fixed-price purchase orders with performance periods between six months to two years, primarily targeting military bases, shipyards, and research facilities in locations such as Norfolk, Virginia; Colorado Springs, Colorado; and various Air Force and Navy installations.

Recent federal contract opportunities seek similar electrical and ultrasonic erosion machines for diverse applications, including fabrication facilities, dental clinics, and maintenance operations. Solicitations include requirements for specific machine configurations such as wire EDMs with precise tolerances, generator sets, and specialized equipment for facilities like the United States Air Force Academy and Naval Sea Systems Command. The opportunities demonstrate a continued need for advanced manufacturing equipment across multiple federal agencies, with most solicitations being set aside for small businesses and targeting installation, training, and warranty services alongside equipment procurement.