300nm紫外激光器

300nm激光器LLQ300-50mw?激光器全固態(tài)300nm的紫外激光器廣泛用于紫外光固化，微電子，光盤雕刻，激光，科學實驗等 Central?wavelength?(nm) 300±2 Operating?mode Acousto-Optic?Q-switched Average?power?(mW) 1-50 Rep.?rate?(kHz) 10 Pulse?durat

2024-03-11 面議/臺

397nm紫外激光器

397nm激光器 型號:LLZY397-300mw ?產品特點：l?操作簡便,功率可調l?采用LD，性能可靠，使用壽命長；l?適用于光譜分析、材料分析、生物工程、光電檢測等。l?性能參數： 波長 Wavelength (nm) 397 /-5nm 輸出功率 Output Power (mW) 300mw可調 工作方式 Operating Mode CW 光斑模式 Transver

2024-03-11 面議/臺

349nm紫外激光器

349nm激光器? ? LL349-100mw? ? ? ? ?LD PUMPED ALL-SOLID-STATE CW UV LASER All solid state 349nm UV laser is made features of ultra compact, long lifetime, cost -effectiveness and easy operating, which is

2024-03-11 面議/臺

335nm紫外激光器

335nm連續(xù)激光器? ? LL335-60mw? ? ? ? ? ? ? ? LD PUMPED ALL-SOLID-STATE CW UV LASER All solid state 335nm UV laser is made features of ultra compact, long lifetime, cost -effectiveness and easy operating, w

2024-03-11 面議/臺

305nm紫外激光器

305nm激光器? ? ? ? LLQ-305? ? ? LD PUMPED ALL-SOLID-STATE EOM Q-SWITCHED LASER AT 305 nm All solid state EOM Q-switched laser at 305 nm has the features of high peak power, high repetition rate, and shor

2024-03-11 面議/臺

303nm紫外激光器

303nm激光器LD PUMPED ALL-SOLID-STATE CW UV LASER All solid state 303nm UV laser is made features of ultra compact, long lifetime, cost -effectiveness and easy operating, which is used in DNA sequencing,

2024-03-11 面議/臺

300nm紫外激光器

300nm激光器LD PUMPED ALL-SOLID-STATE Q-SWITCHED UV LASER at 300nm? All solid state Q-switched UV laser at 300nm has the features of ultra compact, easy operating, it is widely used in UV curing, micro-el

2024-03-11 面議/臺

405nm小型激光器

405nm小型激光器 ? 詳細描述 ? 詳細介紹 GG-405X80-X藍紫光激光模組：???????GG-405X80-X藍紫光點狀激光器采用功率不同的激光管和參數不同的透鏡,可產生圓形或橢圓形光斑,?光束發(fā)散度和光斑大小也都不一樣,?出口功率也可根據不同的使用要求調整,可根據用戶具體用途定制。????激光器均選用高品質的****、****激光二極管，配以高性能的APC、ACC驅動電路和

2024-03-07 面議/臺

405nm光纖激光器

405nm光纖激光器 （型號：LLGX405-3000mw） ??產品特點：l?功率穩(wěn)定、可調節(jié)，操作簡便；l 采用，性能可靠，使用壽命長；l?電源自帶過熱、限流保護電路，可外接高速調制；l?采用優(yōu)質多模光纖耦合輸出，光纖可拆卸，便于維護；l 適用于光譜分析、材料分析、生物工程、光電檢測等。l?性能參數： 波長 Wavelength (nm) 405±5 光譜線寬 Spectral Li

2024-03-07 面議/臺