632.8 nm 5 mW Coaxial Type He-Ne Laser (Beam Diameter 0.9 mm, Random Polarization)

cylindrical helium neon laser adopts a tubular design, making it easy to install in almost all optical systems. The laser of these lasers is linearly polarized light (200:1) or randomly polarized state.

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360-770nm LED Light Source (with Common Excitation Bands)

The MP-XYLIS is an advanced replacement for traditional arc lamps, offering superior brightness for both compound and stereomicroscopes. Featuring patented LaserLED Hybrid Drive® technology, it effectively bridges the LED green gap. This quiet and efficient system provides the advantages of LED lighting without sacrificing performance, affordability, or versatility.

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360-660nm LED Illumination System

The MP-LED is a compact, white-light LED source designed for fluorescence imaging, effective for DAPI, GFP, mCherry, and Cy5 imaging. It delivers exceptional field uniformity via a liquid light guide. The MP-LED includes manual, PC, and TTL control options and features LEDs with a guaranteed lifetime of 25,000 hours without the need for lamp or module replacements.

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360-700nm LED Illumination System

The MP-LED is a compact, direct‑coupled, economical white‑light LED source optimized for fluorescence imaging. It delivers high‑power performance, providing greater intensity at the sample plane than previous models. The system is available in two versions, with UV wavelengths of 365 nm or 385 nm, allowing laboratories to choose the model compatible with their existing DAPI filter sets.

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450nm 120W Fiber-Coupled Laser (High-Power Blue Light)

The 450nm 120W fiber-coupled laser utilizes high-brightness blue semiconductor laser technology and delivers high power, high stability, and excellent beam quality through efficient fiber coupling. With a modular design supporting continuous operation, it is widely used in industrial applications such as laser welding, laser cladding, additive manufacturing (3D printing), metal processing, and SLS powder sintering. Compared with traditional infrared fiber lasers, the 450nm blue laser exhibits significantly higher absorption rates for highly reflective materials such as copper, gold, and aluminum, effectively reducing reflection losses and improving processing efficiency and quality.

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40mm diameter, 200mm focal length IR polished calcium fluoride CaF2 plano-convex lens

Calcium fluoride has high transmittance from ultraviolet to mid-infrared (250nm~7µm), so it’s widely used for making prisms, lenses, and windows. Calcium fluoride lenses have a low refractive index, high laser damage threshold, and low coaxial and radial stress birefringence, making them suitable for excimer lasers or for integration into infrared systems. Plus, calcium fluoride is low in solubility and can withstand harsh environments. Polished calcium fluoride surfaces can last for years, it’s twice as hard as barium fluoride, and it has better resistance to thermal shock.

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2009nm High Power Benchtop Single-Mode Fiber-Coupled Light Source

The 2000nm single-wavelength laser source utilizes a high-performance butterfly semiconductor laser chip. Professionally designed driver and temperature control circuits ensure safe laser operation with stable output power and spectrum. It can be used as a seed light source for thulium-doped fiber lasers or fiber amplifiers, and is available in benchtop or modular packages.

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1940nm High Power Benchtop Single-Mode Fiber-Coupled Light Source

The 1940nm single-wavelength laser source utilizes a high-performance butterfly semiconductor laser chip. Professionally designed driver and temperature control circuits ensure safe laser operation with stable output power and spectrum. It can be used as a seed light source for thulium-doped fiber lasers or fiber amplifiers, and is available in benchtop or modular packages.

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976nm High Power benchtop Multimode Pump Laser 10W

High-power laser light source is based on high-performance semiconductor laser chip,105/125um fiber coupled output. Professionally designed constant current driver and temperature control circuit ensures safe and stable operation of the laser. Some models have wavelength locking, and the spectrum stability can be better than ±3nm. It is suitable for medical research, fiber laser pumping and other production tests. It can provide benchtop or modular packaging, and provide host computer monitoring software

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808nm High Power benchtop Multimode Pump Laser 5W

High-power laser light source is based on high-performance semiconductor laser chip,105/125um fiber coupled output. Professionally designed constant current driver and temperature control circuit ensures safe and stable operation of the laser. Some models have wavelength locking, and the spectrum stability can be better than ±3nm. It is suitable for medical research, fiber laser pumping and other production tests. It can provide benchtop or modular packaging, and provide host computer monitoring software

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Second-Order Fiber Raman Amplifier

The second-order fiber Raman amplifier builds upon the first-order amplifier by incorporating pump lasers in the 1340–1360 nm band. These pumps provide Raman gain to the first-order Raman laser at 14xx nm, effectively reducing system noise. It is ideally suited for optical signal amplification in ultra-long-haul unrepeatered transmission systems. This second-order amplifier must be used together with a first-order fiber Raman amplifier.

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532nm 5W CW Multi-Longitudinal Mode DPSS Laser

IdealPhotonics provides a 532nm 5W CW multi-longitudinal mode DPSS laser utilizing its proprietary self-aligning resonator technology. By adopting AMR design technology, the resonator of the LMX series multi-longitudinal mode laser is integrated into a compact optical assembly with extremely low loss rate. The self-aligning resonator technology ensures long-term reliability, temperature stability, and insensitivity to mechanical vibration of our multi-longitudinal mode lasers. With a beam quality of less than 1.2 and power up to 10W, it is a cost-effective product for applications in Raman spectroscopy, interferometry, holographic storage, biological detection, confocal microscopy, and material analysis.

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