Laser Photonics Delivers Cleaning Solution to US Army Special Operations Command

Defense News ,U.S :- Florida-based company Laser Photonics has recently provided the US Army Special Operations Command (USASOC) at Fort Liberty, North Carolina, with an innovative beam-enabled cleaning solution known as the LPC-3000-CTHD.

Designed as a portable, handheld laser device, the LPC-3000-CTHD is tailored for surface maintenance and conditioning tasks. With a powerful 3,000-kilowatt laser, this device effectively eliminates contaminants, rust, coatings, and residues by delivering high-energy photonic blasts onto targeted objects.

Utilizing Laser Photonics proprietary "CleanTech" technology, the LPC-3000-CTHD offers a "safer and more eco-friendly" approach to equipment cleaning, characterized by its reduced abrasiveness compared to conventional methods.

To ensure the effective use of this cutting-edge cleaning tool, Laser Photonics conducted training for army personnel at Fort Liberty. The demonstration showcased the LPC-3000-CTHDs capabilities on various surfaces, including military vehicles, engine blocks, rims, and windows. During the session, a batch of rusted metal parts was successfully cleaned, allowing the USASOC maintenance team to assess the laser application and explore potential future methods.

Laser Photonics CEO Wayne Tupuola emphasized the significance of the 3000-CTHD in supporting the US Army operational efficiency and equipment maintenance. He stated, "This is the first 3000-CTHD laser cleaning system we have sold to the Army. The training we are providing to the military for this CleanTech product will help our country troops stay mission-ready."

Tupuola highlighted the company commitment to providing the best training, equipment, and resources to US soldiers, emphasizing the importance of ensuring their readiness through advanced technology. The LPC-3000-CTHD is poised to play a vital role in maintaining the operability and sterility of land vehicles and tactical equipment for the US Army in a time-efficient and cost-effective manner.