{"version":"1.0","type":"card","id":"5cf0caa5-b946-42d2-836e-51f398b897b3","url":"https://stacklist.com/card/5cf0caa5-b946-42d2-836e-51f398b897b3","title":"All Solid-State Laser Series - Techwin","source_url":"https://singlefrequencylaser.com/all-solid-state-laser-series","note":"The all-solid-state laser series adopts diode pumping (Diode-pumped all-solid-state lasers). Compared with lamp-pumped lasers, it features higher repetition rate, longer lifetime, and maintenance-free operation. This type of laser is widely used in atmospheric detection LiDAR, ranging and imaging LiDAR, biomedicine, and laser spectroscopy (LIBS/LIF, PIV, ultrasound/photoacoustic imaging).","image":{"url":"https://ucarecdn.com/ee094cc8-a3e6-4272-b9d6-42bdd1ea77b3/","alt":"All Solid-State Laser Series - Techwin","width":1200,"height":630},"stack":{"id":"981a45cb-c212-499b-92db-9835b98b1323","title":"Techwin Industry Co., Ltd","url":"https://stacklist.com/stack/981a45cb-c212-499b-92db-9835b98b1323"},"created_at":"2026-05-26T05:00:01.807Z","updated_at":null,"aco":{"summary":"All solid-state laser series uses diode pumping technology, offering higher repetition rates, longer lifetime, and maintenance-free operation compared to lamp-pumped lasers. The series is divided into four categories: Micropulse Lasers (AOML), Sub-nanosecond Lasers (AQNL), High-energy High-repetition Lasers (SHSL), and High-energy Low-repetition Lasers (SMSL), with applications in atmospheric detection, biomedicine, and laser spectroscopy.","tags":["solid-state-laser","diode-pumped","lidar","laser-spectroscopy","high-energy","pulse-laser"],"key_entities":[{"name":"diode-pumped all-solid-state lasers","type":"technology","confidence":0.95},{"name":"LiDAR","type":"technology","confidence":0.95},{"name":"AOML series","type":"technology","confidence":0.9},{"name":"AQNL series","type":"technology","confidence":0.9},{"name":"SHSL series","type":"technology","confidence":0.9},{"name":"SMSL series","type":"technology","confidence":0.9},{"name":"laser spectroscopy","type":"concept","confidence":0.9},{"name":"LIBS/LIF","type":"concept","confidence":0.85},{"name":"photoacoustic imaging","type":"concept","confidence":0.85}],"classification":"reference","language":"en","confidence":0.85,"provenance":{"model":"claude-haiku-4-5","tool":"@stacklist/be@0.1.0","confidence":0.85,"timestamp":"2026-05-26T05:00:06.410Z"},"token_counts":{"approximate":493,"cl100k":438},"content_hash":"sha256:5231d5954b9332f8e7e80bda924157861c1bd4b9e1d9979d267a8f921768721d","acp_version":"0.2","body_available":true,"body_tokens":493,"visibility":"public","agent_accessible":true,"status":"final"},"_links":{"self":"/api/public/card/5cf0caa5-b946-42d2-836e-51f398b897b3.json","html":"https://stacklist.com/card/5cf0caa5-b946-42d2-836e-51f398b897b3","md":"/api/public/card/5cf0caa5-b946-42d2-836e-51f398b897b3.md","stack_json":"/api/public/stack/981a45cb-c212-499b-92db-9835b98b1323.json"}}