LASE News & Events

Laser Photonics announced a key milestone in its joint initiative with LASE Group companies, successfully reaching the prototype stage of its advanced laser-based anti-drone system. The LASE Group of companies - Laser Photonics, Quantum Technology, Fonon Drone Shield System, and Fonon Technology Inc - are collaboratively leading the design, development, and manufacturing of this advanced solution, aimed at addressing rapidly evolving aerial security threats. The prototype assembly follows the completion of initial testing, during which the system demonstrated its capability to neutralize a Class 1 drone through laser engagement, validating key performance objectives

Laser Photonics Corporation announced it has secured a new order from a leading process controls manufacturer for its CleanTech laser cleaning system. The customer will deploy the system for powder coat surface preparation on hydraulic actuators used in harsh operating environments.

Laser Photonics announced it has received a purchase order from a European industrial customer for an OEM-customized MarkStar Pro handheld laser marking system, to be used in a selective surface material removal application and to enhance part identification and traceability in accordance with MIL-STD-130. The customer selected Laser Photonics' solution as the only laser platform that met their specific performance and integration requirements.

Laser Photonics Corporation attended the annual Waste Management Symposia in Phoenix, Arizona, alongside its technology partner Brokk. The two companies are collaborating on a laser-cleaning robot for remote nuclear decontamination and jointly presented their latest developments at the conference. Laser Photonics also introduced its next-generation CleanTech laser cleaning blaster, currently being custom engineered for a major nuclear power plant client. The system is designed to replace traditional abrasive sandblasting, which generates large volumes of secondary contaminated media that must be handled and disposed of as controlled waste. Instead, the CleanTech process removes and vaporizes surface contaminants at the point of treatment through a laser-driven transmutation mechanism, dramatically reducing secondary waste and associated disposal costs. The unit features an integrated fume extraction system and a modular shroud to capture airborne debris, supporting safer facility operations.