- 美国
- HT Laser
- ACS Motion Control
- Ad-Vance Magnetics Inc
- Alkras LLC
- AMADA WELD TECH
- American Laser Enterprises
- AP Lazer
- APIC Corporation
- Applied Manufacturing Technologies, Inc.
- Automated Laser Corporation
- Bandwidth10 Ltd.
- BEA Lasers
- Bell Laser
- BIOLASE
- BLM Group
- Block Engineering
- Blue Sky Research
- Bola Technologies
- Bold Laser Automation
- CALMAR Laser
- Cincinnati
- Continuum
- Convergent Photonics
- Cutting Edge Optronics
- DDC Technologies Inc.
- Elixir Photonics
- Epilog Laser
- Exciton
- FARO
- FemtoBlanc Inc.
- Fiberoptic Systems Inc
- Fonon Corporation
- Full Spectrum Laser
- Luna Innovations
- Haco-Atlantic Inc
- Hobbs ElectroOptics
- Hornet Manufacturing
- HT Laser
- IB Laser Consulting Inc.
- Infrared Instruments Inc.
- Innovative Laser Technologies LLC
- IP Systems LLC
- IPG Photonics
- Iradion Laser, Inc.
- JGM Associates Inc
- Kern Electronics & Lasers Inc
- L3Harris Technologies, Inc.
- Lansdale Semiconductor Inc
- Laser Americas
- Laser Innovations
- Laser Mech Replacement Parts & Service
- Lexel Laser
- Light Age Inc
- Lighthouse Photonics
- LNA Laser Technology
- LUDECA Inc
- Lumencor
- Lumentum
- Market Tech Inc.
- MECCO
- Micro Laser Systems Inc.
- MicroMaterials
- Midwest Laser Products LLC
- MKS Instruments
- Modu-Laser
- Mundt
- National Laser Company
- nLight
- On-Trak Photonics Inc
- Onyx Optics Inc
- OPOTEK Inc
- OpTek Systems
- Optical Wavelength Laboratories
- Optics for Hire
- Opto Engine
- Oxford Lasers
- Pannier Corporation
- Parallax Technology, Inc.
- PhotoMachining
- Photon Systems
- PhotoScribe Technologies Inc.
- Pinpoint Laser Systems
- PolarOnyx
- Power Technology Inc.
- Prima Power Laserdyne LLC
- Radian Laser Systems
- RAM Photonics LLC
- ScannerMax
- SPDLasers
- STC Catalysts Inc
- Synrad - A Novanta Company
- TLC International
- Vytek
- Laserse Inc.
- Del Mar Photonics
- FLT INC
- Ametek Programmable Power
- 大通激光
- AdValue Photonics
- 美国光波公司AOC
- Advanced Photonic Sciences
- Areté Associates
- Arroyo Instruments
- B&W Tek, Inc.
- Clark-MXR, Inc
- 相干公司
- CrystaLaser
- Daylight Solutions Inc
- DPSS Lasers
- Electro Optical Components
- Enlight Technologies
- Excelitas Technologies
- Freedom Photonics
- GouMax Technology
- IMRA America, Inc
- Kern Technologies
- Keysight Technologies
- Laser light Solutions
- QPC Lasers
- Mega Watt Lasers
- MeshTel
- NECSEL
- Neptec Optical Solutions
- MKS | Newport
- nLIGHT Corporation
- Northrop Grumman
- Novanta Photonics
- NP Photonics, Inc.
- NUBURU
- Nuphoton Technologies, Inc.
- Optilab
- OptoSigma Corporation
- Optotronics
- OPTROMIX
- Pavilion Integration Corporation
- Photonics Industries
- Precision Laser Scanning, LLC
- Precision Micro-Optics
- Q-Peak
- Quantum Composers, Inc.
- RAM Photonics
- Redfern Integrated Optics
- Research Electro-Optics, Inc.
- RMI Laser, LLC
- RPMC Lasers Inc.
- Sparkle Optics Corporation
- MKS | Spectra-Physics
- Stanford Research Systems
- Symphotic TII Corporation
- 索雷博
- Trimedyne, Inc
- Trotec Laser
- Universal Laser Systems
- UpTek Solutions
- US-Lasers, Inc.
- UVC Photonics
- Vescent Photonics
- Vortran Laser Technology
- Wavelength References
- XENON
- Cymer
- Pure Photonics
- Altos Photonics, Inc.
- Leonardo DRS
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Skylark 780 NX CW C-DPSS激光器
厂家:Skylark Lasers
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Skylark 640 NX C-DPSS激光器
厂家:Skylark Lasers
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Skylark 532 NX C-DPSS激光器
厂家:Skylark Lasers
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Skylark 349 NX CW C-DPSS紫外激光器
厂家:Skylark Lasers
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Skylark 320 NX CW C-DPSS紫外激光器
厂家:Skylark Lasers
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ASE-C-80系列 3通道ASE光源台式设备器
厂家:Optilab
光电查为您提供14个产品。下载资料,获取报价,实现功能、价格及供应的优化选择。
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调谐范围: 520 - 700 nm 极化: Unspecified
DYE-FD-08型腔内倍频染料激光器是物理和纳米技术领域光谱研究的较佳选择。在Dye-FD-08中使用的染料具有520至700nm(基波波长)和260至350nm(二次谐波波长)的工作光谱范围。根据所使用的光学元件,发射线的宽度为0.05-0.01nm。当抽运功率为10W时,基波输出功率达到1.5W,二次谐波输出功率超过200mW。型号TIS-SF-08使用线性谐振器配置,具有用于非线性晶体的附加束腰。这就是二次谐波(SH)辐射从非线性晶体的两端发射的原因。为了在非线性晶体的一侧上收集所有SH辐射,使用反射基频辐射和SH辐射两者的分色镜(M4)。在晶体的另一侧安装另一分色镜(M5),但是该分色镜仅对于基频辐射是全反射的,对于SH辐射具有大的透射率(T80-85%)。通过该反射镜,从腔中提取SH输出,该腔将基波辐射锁定在内部。
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调谐范围: 550 - 700 nm 极化: Unspecified
稳频连续单频环形染料激光器,型号DYE-SF-077,是型号DYE-SF-07的进一步发展。它现在包括一个基于热稳定干涉仪的频率稳定系统和一个快速电子驱动器。Laser Dye-SF-077具有极窄的谱线宽度,小于100kHz/s。DYE-SF-077为商用激光器的谱线宽度设定了新标准。在该模型之前,商用染料激光器的较窄线宽为500kHz-1MHz。需要注意的是,在DYE-SF-077中实现了100kHz的线宽,而没有使用声光调制器,这通常会使设计变得复杂并引入额外的损耗。为了在较宽的频率范围内有效抑制激光染料SF-077的辐射频率波动,采用了一种特殊设计的超快压电陶瓷。DYE-SF-077激光腔具有水平取向,腔元件的光学支架连接到刚性基板上,该基板由下面带有三个殷钢棒的体积框架进一步稳定。激光器基座的隔振设计提供了腔元件位置的附加被动稳定性。