Laser Photonics Corp Stock Price, News & Analysis

Laser Photonics (NASDAQ: LASE) has received an order from Cascade Coil Drapery, a leading provider of architectural coiled wire fabric. The order is for LPC's CleanTech Industrial Conditioning Laser 2010 (CTIC-2010), which will be used for surface preparation in architectural projects.

The CTIC-2010 is a handheld, dual-axis laser system that offers both polishing and texturing capabilities, suitable for in-field and warehouse applications. The technology provides environmentally responsible surface preparation without damaging materials or requiring harmful chemicals, while maintaining high throughput comparable to more powerful conditioning lasers.

This partnership strengthens LPC's position in the architectural and metalworking sectors, expanding its market reach and potential customer base. The system requires no consumables for surface treatment, ensuring long-term cost-effectiveness.

Laser Photonics (NASDAQ: LASE) announced that its subsidiary, Control Micro Systems (CMS Laser), has secured a significant order for its Laser Engraving System from a major U.S. high-performance bicycle manufacturer. The system provides automated part labeling with precision and speed, suitable for branding, customization, and anti-counterfeiting applications.

The turnkey solution features fully automated, air-cooled operation for engraving cylindrical products, utilizing laser ablation or annealing techniques. The system includes proprietary software, conveyor integration, robotic arm transport, and machine vision for precise positioning. It eliminates the need for traditional engraving materials like masks and inks, reducing operational costs.

CMS Laser, acquired by LPC in Q4 2024, has shown rapid growth, expanding LPC's market presence in PCB manufacturing, wire processing, medical, pharmaceutical, and industrial applications.

Laser Photonics (NASDAQ: LASE) has secured orders for two additional CleanTech 500-CTHD laser cleaning systems from Sargent & Lundy for Bruce Power's nuclear facility in Ontario, Canada. Following the success of their initial system, these new units will be deployed in Bruce Power's Vacuum Building Outage (VBO) program, which began in April 2024.

The VBO program involves temporarily shutting down Bruce B's four nuclear units for maintenance and inspection, a process required approximately once every decade. The CleanTech systems offer environmental and worker safety advantages, including reduced radioactive waste generation and elimination of chemical cleaning agents. The technology enables precise cleaning without damaging underlying materials.

Bruce Power, operator of North America's largest operational nuclear power plant, will utilize these systems in their vacuum buildings, which serve as additional protective barriers against radioactivity release.

Laser Photonics (NASDAQ: LASE) announced that its subsidiary, Control Micro Systems (CMS Laser), has secured a significant order from a leading global dental implant solutions provider. The order is for a Robotic-Feed Dental Drill Bit Marking System, featuring high-speed, non-contact automated marking capabilities with microscopic precision.

The system, powered by an air-cooled fiber laser, supports multiple bit types and sizes, offering custom conveyor configurations for assembly line integration. It includes a sophisticated vision system for precise alignment and code verification. The technology eliminates the need for masks, inks, or custom machining bits, reducing operating costs and changeover time.

CMS Laser, acquired by LPC in Q4 2024, has shown rapid growth through its specialized laser equipment for medical, pharmaceutical, PCB manufacturing, and wire processing applications, expanding LPC's market presence.

Laser Photonics (NASDAQ: LASE) and its recently acquired subsidiary, Control Micro Systems (CMS Laser), announced the expansion of their Laser Wafer Marking technology R&D program. The initiative focuses on developing high-precision laser systems for engraving serial numbers and critical information on silicon and compounds used in semiconductor manufacturing.

CMS Laser's technology offers custom configurations including laser type, product handling, machine vision, and fume extraction. The systems can integrate with existing databases, SMT lines, and incorporate various automation features. The company specializes in creating tailored solutions for manufacturing environments and tackles engineering challenges that competitors avoid.

This R&D expansion aligns with LPC's diversification strategy, aiming to enhance shareholder value and strengthen market resilience while supporting the growing U.S. chip manufacturing sector.

Laser Photonics (NASDAQ: LASE) and its subsidiary Control Micro Systems (CMS) announced the expansion of their Clear on Clear Plastic Welding technology development project. The initiative combines CMS's expertise with LPC's R&D efforts to advance laser welding technology for joining transparent plastics.

The technology offers several advantages over traditional ultrasonic welding, including minimal thermal impact, precise control, and aesthetically appealing welds without additional adhesives. CMS's Class I systems utilize off-axis machine vision for detecting fiducials, determining processing locations, and verifying welds.

The systems can be configured for standalone operation or integrated into existing SMT lines, particularly suitable for medical device manufacturing and other applications requiring clear material welding. This R&D expansion aligns with LPC's diversification strategy to enhance shareholder value and market resilience.

Laser Photonics (NASDAQ: LASE), Fonon Technologies, and Boston Engineering have unveiled a new laser cleaning-enabled robotic crawler technology at Pearl Harbor Naval Shipyard. The demonstration, conducted on the USS Battleship Missouri Memorial, showcased the crawler's ability to autonomously scale ship hulls and perform maintenance tasks.

This collaborative innovation aims to address the Navy's $23 billion annual corrosion challenge by integrating advanced laser cleaning technology with state-of-the-art robotics. The system is designed to enhance efficiency and safety in Naval maintenance, repair, and overhaul (MRO) operations, particularly in hazardous or hard-to-reach areas.

The technology combines LPC's and Fonon Technologies' laser systems with Boston Engineering's robotic crawler, offering a new approach to surface preparation, cleaning, decontamination, and restoration for defense, maritime, shipbuilding, and repair industries.

Laser Photonics (NASDAQ: LASE) announced that its subsidiary Control Micro Systems (CMS) has secured multiple follow-on orders for advanced laser systems from pharmaceutical and electronics manufacturing clients. The orders include a UV Laser Drilling System from a leading pharmaceutical company and a PCB Laser Marking Workstation for circuit board manufacturing.

The UV Laser Drilling System features water-cooling and an integrated through-the-optics vision system for precise hole drilling. The PCB Laser Marking Workstation, powered by an air-cooled CO2 laser, offers custom conveyor configurations and sophisticated vision systems for tight-tolerance alignment. Both systems include CDRH Class I compliant enclosures and are programmed using CMS's proprietary software.

Since its acquisition by LPC in Q4 2024, CMS has shown rapid growth in specialized laser equipment for pharmaceutical, PCB manufacturing, and wire processing applications, expanding LPC's market presence.

Laser Photonics (NASDAQ: LASE) and its subsidiary Control Micro Systems (CMS) announced the expansion of their Laser Marking and Stripping technologies development project. The technology offers non-contact wire stripping and marking capabilities with high precision, preventing damage to conductors and insulation while maintaining shield integrity.

The systems, compliant with aerospace SAE standards, feature Through the Optics Vision (TTOV) for precise processing and include CMS Process Engine software. They are suitable for various wire types, including coaxial cables and medical-grade wires, offering high-speed capabilities and easy integration into production lines.

This R&D expansion aligns with LPC's diversification strategy, focusing particularly on aerospace and defense industries' growing demands. The technology reduces maintenance requirements compared to traditional methods while ensuring high throughput, accuracy, and repeatability.