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  • Offer Profile
  • 该公司提供了广泛的市场适应于市场适应的激光产品，建立在波长灵活，功率稳定和强大的技术平台上。激光器特别适合OEM集成，但也符合适用的标准和指令，以用作实验室环境中的独立设备。
产品介绍

  • High Performance Lasers

  • CW和Q开关的DPSS激光器，二极管激光模块，纤维纤维激光器

    Cobolt在高性能CW和Q开关激光器的开发和制造方面处于行业的最前沿。我们在紫外可见的NIR光谱范围内提供超低噪声，CW，单模式固态激光器；Q开关的DPSS激光器具有高脉搏率和高脉冲能量在UV-NIR范围内的独特组合；以及可调的中红外资源。激光器是使用我们独特和专有的HTCURE™技术生产的，具有无与伦比的鲁棒性和可靠性。

    The combination of uncompromised optical performance with nonpareil tolerance to demanding environmental conditions has made Cobolt lasers the preferred choice by leading instrument manufacturers and scientists worldwide.

      • Modulated diode lasers & DPL lasers Cobolt 06-01 Series

      • 插件可调节激光器：405 nm - 660 nm高达250 mW
        • 插入和播放超紧凑型二极管激光器（MLD）和二极管泵送激光器（DPL）
        • Individual lasers: 405 nm, 445 nm, 473 nm, 488 nm, 515 nm, 532 nm, 553 nm, 561 nm, 633 nm, 638 nm, 647 nm & 660 nm
        • 激光组合机：最多6个激光器组合C-FLEX
        • Up to 250 mW, integrated electronics
        • Fiber pigtailed option
        • 标准集成清洁过滤器
        • Fast and high aspect ratio option, modulation up to 150 MHz
        • Perfect for fluorescence microscopy, flow cytometry

      • Multi line laser Cobolt Skyra™

      • coboltproudly introduces the Cobolt Skyra™, a revolutionary multi-line laser platform.
        Offering up to 4 laser lines in a box that can fit into the palm of your hand (70 x 134 x 38 mm),requiring no external electronics, the Cobolt Skyra™ will enable the next generation of compact and easy-to-use analytical instrumentation for the life science market.
        • Up to 100 mW of optical power per laser line
        • Direct intensity modulation capability
        • Combine up to 4 laser lines

      • Single frequency laser Cobolt 05-01 Series

      • 高功率，单频CW二极管泵送激光器：355 nm - 1064 nm最多3 W
        • 355 nm, 457 nm, 491 nm, 515 nm, 532 nm, 561 nm, 640 nm, 660 nm, 1064 nm,
        • CW最多3 W，对于下功率，请参见04-01系列
        • 高质量激光束，TEM00
        • 超稳定，密封的包裹
        • Low noise, <0.1% rms
        • Immunity to optical feedback
        • 非常适合全息图，干涉法，拉曼，光学镊子，超级分辨率显微镜，激光多普勒速度计
        • Up to 24 months warranty

      • DPSS Lasers – SLM Laser Cobolt 04-01 Series

      • Powerful, single frequency CW diode pumped lasers: 457 nm – 1064 nm up to 400 mW
        • 457 nm, 473 nm, 491 nm, 515 nm, 532 nm, 561 nm, 594 nm, 660 nm, 1064 nm
        • CW高达400兆瓦，有关高功率，请参见05-01系列
        • Perfect TEM00 beam
        • 超稳定，密封的包裹
        • Low noise, <0.25% rms
        • 真正的纤维辫子选项，可用的集成隔离器
        • Optional integrated modulation up to 3MHz
        • 非常适合干涉法，拉曼，全息图，显微镜检查
        • 24 months warranty

      • Narrow linewidth lasers Cobolt 08-01 Series

      • 紧凑的窄线宽激光器：405 nm - 785 nm高达500MW
        • 405 nm, 457 nm, 473 nm, 515 nm, 532 nm, 561 nm, 785 nm, 660 nm & 1064 nm up to 500 mW
        • SLM二极管泵送激光器（DPL）和窄线宽二极管激光器（NLD）
        • 集成的光学隔离器 - 免疫反馈
        • 集成光谱滤波器
        • Fiber coupled option
        • 非常适合拉曼，干涉法

      • Tunable lasers Mid-IR Cobolt Odin™ Series

      • Compact & tunable Mid-IR OPOs
        • 波长可选2 µm - 5 µm
        • Standard wavelengths 3264 nm, 3431 nm, & 4330 nm
        • Tunable up to 50 nm
        • 10 kHz最多80兆瓦
        • 可用的狭窄带宽选项（<0.3 nm）
        • Perfect for trace gas analysis and gas sensing

      • Q切换激光器Cobolt Tor™系列

      • High performance Q-switched lasers: 355 nm, 532 nm & 1064 nm
        • Up to 1 W average power
        • < 5 ns pulse width
        • >7 kHz pulse repetition rate
        • 紧凑型OEM版本
        • 12个月保修
        • Perfect for Photoacoustics microscopy, LIBS

      • Optogenetics solutions

      • coboltoffers a range of high performance, reliable and user-friendly laser assemblies specifically tailored for advanced Optogenetics research. The laser assemblies have been developed in close collaboration with leading Optogenetics research labs and offer experiment-ready solutions for channelrhodopsin activation and halorhodopsin inhibition.

        Cobolt光遗传学解决方案包括单线激光器，具有稳定，有效的耦合到多模式纤维中，在一个公共平台上启动了两个激光器，该平台启动到一个通用的纤维耦合器或两个激光器并排放置在一个坐落到一个纤维耦合器中，适用于2--使用例如融合纤维。激光器可在各种​​波长下可用，与最受欢迎的视紫红蛋白的灵敏度峰以及输出功率> 100 mW相匹配。
        • 473 nm, 532 nm, 561 nm, 594 nm, 638 nm, 660 nm
        • > 100 MW输出功率
        • Fast and high aspect ratio modulation up to 3 MHz (direct current modulation or integrated AOM)
        • 稳定而有效的耦合到光纤中
        • Single-line lasers or 2-line combiners

      • ALS fiber lasers

      • 高功率，单个频率可见和IR纤维激光器和放大器。Cobolt在北欧地区分发Azur Light Systems（ALS）纤维激光器。有关ALS网站或联系Cobolt的更多信息。

    • 激光应用

    • coboltprovide lasers for a wide variety of advanced analytical applications ranging from laser induced fluorescence microscopy, DNA sequencing and flow cytometry for biomedical research and clinical diagnosis, through to high resolution Raman spectroscopy and advanced metrology technologies based on interferometry and scattering used in e.g. material science and particle analysis as well as for quality control in semiconductor and pharmaceutical industries. The optical performance, power and wavelength flexibility and reliability of the Cobolt lasers make them the perfect laser choice for today’s most demanding analytical applications, in the research laboratory or for OEM integration

        • 荧光显微镜的激光器

        • 可见范围内的CW激光器广泛用于荧光显微镜应用中。在共聚焦构型中检测到来自特定荧光团或生物标志物的荧光，从而能够对活细胞中的细胞，生物，亚细胞结构和细胞动力学进行快速和高空间分辨率成像。

        • Lasers for Flow Cytometry

        • Flow cytometers is a bioanalytical tool in which single or multiple cellular properties are determined by analyzing large populations of cells. In a standard configuration the fluorescence labelled cells pass through the laser beam in a hydro-dynamically focused jet stream in a flow cell.

        • 燃气感光激光器

        • OPO-based PAS provides ultimately fast and sensitive trace gas analysis
          The photoacoustic infrared spectroscopy (PAS) is a very promising technology for trace gas detection and analysis in environmental or atmospheric monitoring, industrial process control or medical diagnostics. PAS is based on exciting rotational and vibrational states of gas-molecules with infra-red light pulses.

        • 全息图激光

        • 高质量全息图像的产生始终依赖于具有较长连贯长度和单模式特性的激光器，以便在整个曝光时间内实现稳定的干扰。
          Today holograms are not only appreciated as art works but they are also used for improved security measures, for instance on credit cards and bank notes, for real-time sub-micron measurements and for advanced presentation in 3D format.

          Cobolt DPSS激光器是非常合适的激光源，这是由于其极狭窄的线宽，它转化为较长的连贯长度，非常稳定的功率和单模式属性。稳定的单模式操作对于通常需要长时间暴露时间的大面积全息图特别重要。

        • Lasers for Interferometry

        • The term interferometry comes from the word interference. Interference is a phenomenon that occurs when two waves of any kind come together at the same time and place.

        • Lasers for Doppler Velocimetry

        • 激光多普勒速度法是一种在单个点（以气体或液体）分析粒子运动的良好方法。

        • 激光对中

        • Industrial-grade pulsed lasers bring LIBS out of the laboratory
          激光诱导的分解光谱法（LIBS）是一种原子发射光谱技术，可以快速对从金属，半导体，玻璃，玻璃，生物组织，塑料，土壤，薄色涂层和电子材料等广泛的材料进行快速化学分析。

        • 光学镊子的激光器

        • Optical tweezers (originally called “single-beam gradient force trap”) are a bioanalytical instrument that makes use of a highly-focused laser beam to provide an attractive or repulsive force, depending on the refractive index mismatch to physically hold and move microscopic dielectric objects. Optical tweezers have become a well known and successful tool in studying a variety of biological systems.

        • 光遗传学的激光器

        • Optogenetics “Controlling the Brain with Light”
          光遗传学牧师是一个新的研究方法olutionized neuroscience over the last years and opened up completely new possibilities to develop a deeper understanding of the function of the human brain. It allows researchers to study how neurological activity patterns within specific brain cells give rise to thoughts, behaviors and memories at an unprecedented precision level, and in this way helps finding cures and treatments for neurological and psychiatric disorders such as depression, addiction, schizophrenia and Parkinson’s disease.

        • Lasers for Raman Spectroscopy

        • 紧凑型高性能激光促进拉曼光谱
          C.V.在1928年首次观察到“光的非弹性散射”或拉曼效应。拉曼（Raman）于1930年获得诺贝尔奖（Nobel）奖。在拉曼光谱学中，事件激光束（在紫外可见的NEAR IR频谱范围内）因所研究的材料或物质中的这种无弹性散射而频率转移。