Physiotherapy lasers have revolutionized medical practices across various specialties, providing non-invasive solutions for pain management, inflammation reduction, and tissue healing. Modern therapeutic laser systems leverage advanced technology and precise wavelength control to deliver precise energy and accelerate recovery. PBM Medical Laser, with 20 years of industry experience, specializes in designing high-energy medical lasers for a wide range of clinical applications. Our high-energy physiotherapy laser systems stand out with powerful performance, intelligent safety features, and multi-wavelength adaptability, making them indispensable tools in rehabilitation, pain management, and sports medicine.

Canine radioulnar fractures refer to fractures of the diaphyses of the radius and ulna in dogs. Laser therapy not only significantly reduces pain and inflammation, but also promotes better drug absorption and improves blood circulation, thus accelerating the healing process after radial and ulnar fracture surgery in dogs. As a non-invasive therapy, it greatly promotes postoperative healing.

The pet Qianqian unfortunately suffered from a rupture of the anal gland, experiencing excruciating pain. In this case, laser therapy was used as a form of physical treatment. Through multiple mechanisms such as analgesia, anti-inflammation, promoting healing, and improving blood circulation, this therapy effectively accelerated the repair process of the anal gland. This report comprehensively documents the clinical application of Vetmedix's veterinary laser in the treatment of anal gland rupture.

Postpartum mammary engorgement is a common issue in female cats. Without timely treatment, it can severely impact the mother cat's quality of life and health, potentially affecting the kittens' normal nursing. In severe cases without prompt intervention, more serious conditions may develop. High-energy laser therapy, as a novel physical treatment method, has been widely applied in veterinary medicine in recent years.

PBM Medical Laser demonstrated the design and implementation of a high-energy semiconductor laser therapy device for brain rehabilitation. The instrument utilizes the biological tissue penetration of near infrared light (600nm-900nm) to activate the mitochondria within the cell, causing the mitochondria to produce more ATP, activating the anti-oxidant mechanism (ROS), inducing neuron survival, reducing inflammatory responses in the brain, and enhancing the blood flow to the brain, which is expected to open up an innovative pathway in the treatment of neurological disorders.

In the daily lives of pets, the incidence of skin ulceration cannot be overlooked. Improper handling can easily lead to severe skin infections and complications, significantly impairing the pet's quality of life and health. High-energy laser therapy, as a novel physical treatment method, has been widely applied in veterinary medicine in recent years.