Microscope Light Sources

Microscope light sources are essential for producing clear, high-quality images in a wide range of imaging applications. At Evident, we offer a variety of reliable and high-performance microscope light sources designed to meet the needs of brightfield, fluorescence, and other advanced microscopy techniques. Our solutions deliver consistent illumination, long-lasting performance, and easy integration with your existing microscope systems.

Microscope Lamps and Light Sources

Stereo Microscope Lighting

LG-LSLED

• Brightness higher than150W halogen light source
• Very low noise cooling fan
• Continuous electronic dimming from zero to 100%

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Stereo Microscope Lighting

KL 1600 LED

Featuring a low-noise cooling fan, this stereo microscope fiber optic cold light source provides brightness higher than a 150 W halogen light source yet consumes 80% less energy. It features smooth electronic dimming between 0–100%, while maintaining stable color temperature.

• Brightness higher than 150 W halogen light sources
• Very low-noise cooling fan
• Continuous electronic dimming from zero to 100%

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Stereo Microscope Lighting

KL 300 LED

• Brightness equivalent to 30 W halogen light sources
• No cooling fan (free of noise and vibration)
• Continuous electronic dimming from zero to 100%

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Compact Light Guide Illuminator

SZ2-CLS

Compact and quiet, this innovative fiber optic light source offers a bright, long life and low cost of operation. The brightness of this 3 W high-power LED is equivalent to a 30 W halogen lamp yet consumes 80% less energy. It features smooth electronic dimming between 0 and 100% while maintaining stable color temperature.

• Bright, long-life and low cost operation
• Compact, quiet design
• Five models for desired illumination needs

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Fluorescence Light Source

U-LGPS

Eliminating the inconvenience and costs associated with bulb disposal, this mercury-free, high-brightness light source for fluorescence microscopy enables you to perform reliable and efficient experiments while increasing your lab equipment uptime. Using LED and LDP technology, it provides uniform, stable, and efficient illumination.

• Mercury-free, eliminating the inconveniences and costs associated with the disposal of bulbs
• Perform reliable and efficient experiments
• Increase your lab’s equipment uptime

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Fluorescence Light Source

U-HGLGPS

Facilitating fluorescence applications, this light-guide-coupled illumination system reduces thermal effects and vibration. It is easy to install and delivers excellent long- and short-term stability. A six-step iris effectively controls intensity and enables simple, staged intensity adjustment, and its pre-centered burner reduces running costs.

• Powerful 130 W burner with a long lifespan
• Stable and uniform light output
• Even alignment-free illumination

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Fluorescence Light Source

U-LH100HG

A cost-effective and powerful entry-level solution, this 100 W mercury light source features a broad emission spectrum, enabling a range of fluorescence imaging experiments using all common fluorophores. 

• 100 W mercury light source
• Entry-level fluorescence excitation light source
• Applicable for all common fluorophores

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Fluorescence Light Source

Other Compatible LED Light Sources

These compatible LED light sources reduce running costs and feature longer lives and lower power consumption than conventional mercury lamps or metal-halide lamps. To improve experiment efficiency in more complex experimental protocols, confirm that any third-party LED light sources are compatible with cellSens software.

• Reduce running costs with a longer lifespan than conventional lamps
• Software controls for more complex experimental protocols

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Microscope Light Source FAQs

What are the different types of microscope light sources?

Microscope light sources vary depending on the application, with different types optimized for specific imaging needs. For stereo microscopes, common light sources include LED ring lights, gooseneck illuminators, and fiber optic light guides. These provide bright, adjustable illumination for viewing surface details of larger, three-dimensional specimens without generating excessive heat.

For fluorescence microscopes, light sources must excite fluorescent dyes or proteins, so high-intensity illumination is critical. Common types include mercury vapor lamps, metal halide lamps, and increasingly, LED light engines and lasers. These sources offer the specific wavelengths needed to excite fluorophores while minimizing photobleaching and phototoxicity during imaging. Each type supports different levels of brightness, stability, and spectral control to suit various fluorescence applications.

What are the advantages of different microscope light sources?

Different microscope light sources offer unique advantages depending on the application:

• LEDs: Energy-efficient, long-lasting, and low-heat, making them ideal for both stereo and fluorescence microscopy. They offer stable, flicker-free illumination and fast on/off control.

• Halogen lamps: Provide bright, broad-spectrum light with good color rendering, commonly used in brightfield and stereo microscopy.

• Metal halide lamps: Deliver high-intensity, broad-spectrum light suitable for fluorescence imaging. They offer a balance of brightness and lifespan but require warm-up time.

• Mercury vapor lamps: Produce intense light at specific wavelengths, ideal for certain fluorescence applications.

• Lasers: Offer precise, high-intensity light at narrow wavelengths for advanced fluorescence and super-resolution techniques.

Each light source supports different microscopy needs based on brightness, spectral output, lifespan, and control. For more information on choosing the correct light source for your needs, visit our guide to light sources.