The pet Nuonuo developed hard lumps and engorgement in the mammary gland area after giving birth at home. After a while, the mammary gland ruptured and became eroded. Nuonuo was in severe pain and unable to move normally. In the case of treating Nuonuo's mammary gland rupture, laser therapy, as an effective means of physical therapy, played a crucial role. Through multiple mechanisms such as analgesia, anti-inflammatory effects, promoting wound healing, and improving blood circulation, this therapy effectively accelerated the healing process of the mammary gland and reduced the probability of wound healing hyperplasia.This case demonstrates Vetmedix Veterinary Laser Therapy in the treatment of mammary gland rupture.

With the booming development of medical device industry, the market size exceeded trillion yuan mark in 2023, and China became the second largest market in the world. Recently, the medical device blue book "China Medical Device Industry Data Report (2024) (Equipment Edition)" (hereinafter referred to as the "Blue Book") was released, PBM was successfully selected as the key core technology list and key spare parts list of the medical laser category, and topped the list.

We have professional testing equipment: including optical parameter testing platform, aging test platform, vibration transport test platform, professional production, optical fibre end-face tester, optical fibre end-face grinder, ultrasonic cleaner, laser power supply, spectrometer, optical power meter, oscilloscope, medical withstand voltage tester, medical leakage tester, medical leakage tester, electrostatic discharge generator, thermal imager, noise tester, and so on.

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.

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.

Femoral tibial fractures in small animals are serious bone injuries that require timely diagnosis and treatment.