Microscope Lighting
LED microscope lights are versatile plug & play solutions to enhance your microscopy or other high-tech illumination demands. They are also utilized in a wide variety of research and industry applications. These LED lights can save up to 80% in operational costs over their long lifetimes.
The NEW 8-channel Multilux light system incorporates a simple user interface and delivers consistent high performance. The cost-effective long-life LED bulbs eliminates the need to replace bulbs across multiple lights over time.
Reduce hardware, confusion and cost with an all-in-one single light source that allows you to switch quickly between multiple light wavelengths. This is ideal for fluorescence microscopy and multispectral imaging.
LED lights offer high quality intense light with minimal heat generation. They are good alternatives to halogen or short-arc cold light sources. Models range in brightness up to 1000 lumens. Pulse operation is available on some models up to 100 kHz. Using LEDs the nm wavelength (color temperature) is adjustable for your application. The Deep UV system delivers stable UV radiation, and is often used for wafer inspection and photomask analysis.
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Featured Models:
LED MULTILUX
This high-performance microscope light offers:
- 8 UVA/-VIS addressable channels of LED light
- Channels controlled simultaneously or separately
- High-speed triggering
- Switching speed from 1 µs
- Integrated excitation filter
- 3 mm light guide connection
Typical Multilux applications
Fluorescence Microscopy
Brightfield Microscopy
Dark-Field Microscopy
Forensics Imaging
Multi-spectral Imaging
The MULTILUX LED light system defines the new benchmark in high-end fluorescence illumination. Designed for professional microscopy and optical instrumentation, it combines eight individually addressable LED channels covering UVA to visible spectra with microsecond-scale switching for real-time wavelength control. This enables precise excitation sequencing and synchronized multi-color imaging with exceptional stability and reproducibility.
Engineered for continuous operation, the MULTILUX offers superior thermal management, no bulb replacement, and virtually maintenance-free reliability, outperforming conventional arc or halogen sources in both cost and performance. Integration is seamless through USB-C, Mini-DIN, and BNC trigger interfaces, and excitation filters can be directly incorporated for compact system design.
The new MULTILUX light system delivers reference-grade illumination—fast, stable, and built for the most demanding optical environments. OEM customized models are available in small quantities.
Feature | LED Multilux |
|---|---|
Rise Time | <500 ns |
Descending Time | <500 ns |
Signal Running Time | <500 ns |
Control Interface | Mini DIN connector for control via control panel. |
Configuration Interface | USB-C for configuration, operation and status messages. |
Optical Output | Lumatec standard with 3 mm active diameter. |
Dimensions | Approximately 270 mm (L) x 295 mm (H) x 155 mm (W). |
Weight | Approximately 7.5 kg |
LED PICO
This small versatile microscope light offers:
- 800 lumens.
- Homogeneous illumination.
- Gamma corrected brightness control.
- Pulse & Level Control.
- Silent vibration-free operation.
- Adapters for connection to microscopes.
- Control via PC application or control box.
The LED PICO combines versatility with excellent optical performance, making it ideal for a wide range of microscopy and lighting applications.
A variety of individually customizable adapters allow this light to be easily connected to all common microscopes and optical setups. It is conveniently operated via PC software or a control panel, with pulse and level control also possible. This allows even complex lighting tasks and demanding time-series experiments to be carried out reliably.
Feature | LED PICO |
|---|---|
Rise Time | <2 µs in Follow-Mode or Pulse-Mode |
Fall Time | <2 µs in Follow-Mode or Pulse-Mode |
Control | Mini-DIN for control via control panel |
Configuration Interface | USB 2.0 (type B micro) for configuration, operation and status messages. |
Optical Output | Collimation optics with microscope adapter. |
Dimensions | 134 mm (L) x 85 mm (H) x 97 mm (W) |
Weight | 0.8 kg |
LED NANO
This powerful compact VIS-LED light offers:
- LED type (color temperature) selectable.
- Replacement for halogen light sources.
- Microscope control possible.
- Switching via trigger possible.
- Ideal for brightfield, darkfield, forensic and material microscopy.
The LED NANO is a compact yet powerful VIS LED light source. Choose between different LED types and configure the light for the color temperature that fits best into your application.
The LED technology used in this light is an excellent alternative to classic halogen and short-arc cold light sources. The light generates a very high light intensity, without providing unwanted heat.
Feature | LED NANO |
|---|---|
Rise Time | <10 µs in Follow-Mode |
Fall Time | <10 µs in Follow-Mode |
TTL Interface | BNC socket for Follow-Mode |
Voltage Supply | 12 V DC |
Optical Output | Collimation optics with microscope adapter. |
Dimensions | 77 mm (W) x 93 mm (H) x 74 mm (L) |
Weight | Approximately 0.5 kg including control panel. |
LED MAGNA
This ready-to-use 2-channel microscope light offers:
- Powerful UV/VIS LED light source
- Pulse, Steady & Follow modes
- UV LED type selectable
- Noiseless and vibration-free operation
- TTL trigger possible
The LED MAGNA is a high-performance 2-channel LED UV-VIS light that supports both simultaneous and separate light output in two wavelength ranges. The LED technology makes this light an excellent alternative to classic halogen and short-arc cold lights, as it provides a very high light intensity without generating undesirable heat.
Feature | LED MAGNA |
|---|---|
Rise Time | <10 µs in Follow-Mode and Pulse-Mode. |
Fall Time | <10 µs in Follow-Mode and Pulse-Mode. |
Control | Mini-DIN for control via control panel. |
Voltage | 100 ... 240 V AC, Maximum power 90 W. |
Optical Output | Collimation optics with microscope adapter. |
Dimensions | 160 mm (L) x 105 mm (H) x 150 mm (W) |
Weight | Approximately 2 kg. |
Discover more of our Precision Measurement products:
in cooperation with:
Leistungselektronik Jena (LEJ)
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