Opportunity
PIEE #W911S226U3230
Procurement of K Laser Cube Plus 30 Laser Physiotherapy Device for Fort Campbell
Buyer
MICC-Ft Drum
Posted
May 12, 2026
Respond By
May 19, 2026
Identifier
W911S226U3230
NAICS
334510, 423450, 339999
The U.S. Army is seeking to procure a K Laser Cube Plus 30 laser physiotherapy device for use at Fort Campbell, KY. - Government Buyer: - U.S. Army Materiel Command, S2P2 Contracting Officer - Mission and Installation Contracting Command (MICC) at Fort Drum - OEMs and Vendors: - Indiba (manufacturer of the K Laser Cube Plus 30) - Products/Services Requested: - K Laser Cube Plus 30 (Part Number: PF134USA) - Quantity: 1 unit - Features: Four laser wavelengths (970nm, 905nm, 800nm, 660nm), 30W intense super pulse, 25W continuous pulse - Accessories: Integrated WiFi, OpticalPlus 12cm2, ENT handpiece, reinforced optical fiber cable, two protective goggles, travel case - Multi-mode smart handpiece with interchangeable optic and safety features - K Laser education modules (one-day course) - 5-year standard warranty with software updates - Rechargeable long-lasting nano-phosphate battery - Unique/Notable Requirements: - Brand name or equal is acceptable (not limited to Indiba) - Material Safety Data Sheet (MSDS) must be included with offers - Compliance with Buy American and Balance of Payments Program - Delivery required within 30 days of contract award - Total Small Business Set-Aside - Place of Performance/Delivery: - 5th SFG HPW, 6252 42nd St, Fort Campbell, KY 42223
Description
The k Laser Cube 30 offers The K Laser Cube Plus 30 Laser Physiotherapy offers fast, painless, and non invasive treatment that enhances recovery without the use of medication. The Cube Plus has a high power operating range facilitating efficient delivery of photons which leads to shorter treatment times. Furthermore, it uses multiple wavelengths simultaneously to ensure maximum absorption into the targeted chromophores, resulting in faster healing and pain relief in soft tissues and joints through photochemical and photothermal responses.