Blood flow imaging system

laser speckle contrast

Product Description An advanced imaging technology based on dynamic laser speckle analysis, specifically designed for animal experiments and clinical research. It enables real-time, non-invasive monitoring of microcirculatory blood flow dynamics in living tissues, providing a precise visualization tool for cardiovascular disease research, drug efficacy evaluation, neuroscience, wound healing, and other fields. Features 1. High-Resolution Real-Time Imaging 2. Non-Invasive Monitoring 3. Multi-Scenario Adaptability 4. Intelligent Analysis Software 5. Portability & Scalability Technical Highlights 1. Dynamic Speckle Algorithm Optimization: Patented motion artifact reduction ensures stable imaging in anesthetized or awake animals. 2. Ultra-Sensitive CMOS Sensor: Captures high signal-to-noise ratio images even in low-light conditions. 3. Thermal-Controlled Laser Safety: Complies with IEC 60825 standards (no protective goggles required). 4. Rapid Auto-Focus & Precision Electric Focus: Enhances efficiency across diverse scenarios. 5. Optical Lens Array: Filters environmental light interference for accurate perfusion data. Applications 1. Basic Research Ischemia-reperfusion injury, tumor angiogenesis, inflammatory response mechanisms. Neurovascular coupling (e.g., cerebral blood flow monitoring in stroke models). 2. Drug Development Dynamic efficacy evaluation of vasoactive drugs, anticoagulants, and anti-tumor agents. Pharmacotoxicology studies (organ blood flow side-effect monitoring). 3. Veterinary Medicine Peripheral vascular disease diagnosis (e.g., diabetic foot, burn recovery assessment). Intraoperative real-time blood flow monitoring.