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Mightex · Collimated LED sources for microscopes

Super High-Power LED Collimator Sources, 22-mm Clear Aperture

Type-H super high-power collimated LEDs with a 22 mm clear aperture, which Mightex rates at up to 3.3 W of collimated output, from 365 to 940 nm plus white.

Wavelengths
365–940 nm (11 wavelengths), white
Clear aperture
22 mm
LED types
Type-H
Configurations
19 part numbers
19 part numbers2 technical documents

Choose a configuration

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Manufactured by Mightex. Precisometer is a Mightex distribution partner: we quote, integrate and support Mightex products, with in-person support in the Netherlands and Belgium.

Choose this when…

  • You need the most collimated power Mightex offers at a 22 mm aperture: Mightex rates the Type-H versions at up to 3.3 W of collimated output, up to five times its Type-B sources.

Based on: Mightex Type-H collimator LED pages.

From Mightex

About the Super High-Power LED Collimator Sources, 22-mm Clear Aperture

An LED collimator consists of a collimating lens and an LED emitter. The LED emitter is placed at the focal plane of the collimating lens. The collimating lens thus images the LED emitter into infinity. Mightex LED collimators employ a high-NA aspherical collimating lens for precision collimation and high light throughput.

New Type-H super high-power collimator LED sources with 30-50W emitters have been added to the product portfolio. These new collimator light sources produce a market-leading optical power output of up to 3.3W, which is up to 5 times from our existing high-power Type-B collimator LED sources. The LED emitters are mounted directly onto the metal base of the collimator which also features an integrated heat sink and a cooling fan. This configuration minimizes thermal resistance between the LED emitter and the heat sink resulting in better heat dissipation. The collimating lens can be adjusted if needed for precise collimation. A locking ring fixes the lens position after adjustment. The collimators have been pre-adjusted in the factory.

The new Type-H light sources are larger in dimensions compared with existing Type-A and Type-B light source. Please examine the installation drawings carefully. The LED collimators include a 1.5-meter cable with two bare-wire terminals at the end. The light sources can be driven by Mightex LED controllers or other LED controllers and current sources.

Multiwavelength Solutions. Type-H collimated LEDs can be combined to form multiwavelength LED solutions using the multiwavelength beam combiners.

Type-H collimated LEDs are also compatible with a large number of optical accessories/adapters:

Type-H and Type-J collimated LEDs are fully compatible with Mightex’s turn-key microscope LED solutions.

Features

  • Focusing Modules. An optional focusing module can be mounted on the front of the LED collimator to focus light into a tight spot which is an image of the LED emitter. This is useful for application requiring very high optical density such as fluorescence spectroscopy, or to focus LED light into a fiber or a light guide.
  • Lightguide Adapter. An optional lightguide adapter is also available to couple the LED light into a lightguide with high efficiency.
  • Alternative Collimating Lenses with Different Beam Diameters. Additional interchangeable collimating lenses are available to produce different beam sizes with the same light source.
  • Microscope Adapters. Type-H collimated LEDs, as standalone units or as multiwavelength LED solutions, can be mounted onto any commercial microscopes including Nikon, Leica, Olympus and Zeiss, using Mightex’s microscope adapters.
  • Interchangeable aspherical collimating lens
  • High numerical aperture (NA)
  • High power emitter (up to 50W)
  • Up to 3.3W of collimated output
  • Adjustable focus
  • Optional focusing module
  • Optional lightguide adapter
  • Multiple mounting features for lab and OEM applications
  • Integrated heat sink and cooling fan

Applications listed by Mightex

  • Microscope illuminator
  • General purpose light source
  • Fiber coupling (with optional focusing module)

Configurations

All 19 part numbers

19 of 19 part numbers
Super High-Power LED Collimator Sources, 22-mm Clear Aperture part numbers
Part numberWavelengthLED TypeMightex descriptionAdd to enquiry
LCS-0940-67-22940nmType-HHigh-Power LED Collimator Source, 940nm, 70W, 22mm aperture. Type-H.
LCS-0780-65-22780nmType-HHigh-Power LED Collimator Source, 780nm, 65W, 22mm aperture. Type-H.
LCS-0415-65-22415nmType-HHigh-Power LED Collimator Source, 415nm, 65W, 22mm aperture. Type-H.
LCS-0470-92-22470nmType-H (90W)High-Power LED Collimator Source, 470nm, 90W, 22mm aperture. Type-H.
LCS-0560-84-22560nmType-H (80W)High-Power LED Collimator Source, 560nm broadband, 110nm FWHM, 80W, 22mm aperture. Type-H.
LCS-0405-89-22405nmType-H (90W)High-Power LED Collimator Source, 405nm, 90W, 22mm aperture. Type-H.
LCS-0625-42-22625nmType-H (42W)High-Power LED Collimator Source, 625nm, 42W, 22mm aperture. Type-H
LCS-0525-79-22525nmType-H (80W)High-Power LED Collimator Source, 525nm, 80W, 22mm aperture. Type-H
LCS-0470-61-22470nmType-H (60W)High-Power LED Collimator Source, 470nm, 60W, 22mm aperture. Type-H
LCS-0850-68-22850nmType-HHigh-Power LED Collimator Source, 850nm, 70W, 22mm aperture. Type-H
LCS-0405-65-22405nmType-H (65W)High-Power LED Collimator Source, 405nm, 65W, 22mm aperture. Type-H
LCS-0365-76-22365nmType-H (80W)High-Power LED Collimator Source, 365nm, 80W, 22mm aperture. Type-H
LCS-0560-68-22560nmType-HHigh-Power LED Collimator Source, 560nm broadband, 110nm FWHM, 70W, 22mm aperture. Type-H
LCS-0730-77-22730nmType-HHigh-Power LED Collimator Source, 730nm, 80W, 22mm aperture. Type-H
LCS-6500-33-226500K Glacier WhiteType-H (30W)High-Power LED Collimator Source, glacier white 6500K, 30W, 22mm aperture. Type-H
LCS-6500-65-226500K Glacier WhiteType-H (65W)NEW High-Power LED Collimator Source, glacier white 6500K, 65W, 22mm aperture. Type-H
LCS-0470-50-22470nmType-H (50W)High-Power LED Collimator Source, 470nm, 50W, 22mm aperture. Type-H
LCS-0525-60-22525nmType-H (60W)High-Power LED Collimator Source, 525nm, 60W, 22mm aperture. Type-H
LCS-0625-38-22625nmType-H (38W)High-Power LED Collimator Source, 625nm, 38W, 22mm aperture. Type-H

Specifications

Technical specifications

Performance Specifications
Part NumberTypeWavelength (nm)Half Diverging Angle(deg.)Iop(A)Vop(V)Typical Output Power (mW)2
φ 22mm 1φ 38mm 1φ 48mm1
LCS-0365-76-xxH365532.2184.210000
LCS-0405-65-xxH405532.2183.68300
LCS-0405-89-xxH405532.2243.79900
LCS-0415-65-xxH415532.2183.66000
LCS-0470-50-xxH470532.2133.86300
LCS-0470-61-xxH470532.2183.47500
LCS-0470-92-xxH470532.2273.49000
LCS-0525-60-xxH525532.2134.61300
LCS-0525-79-xxH525532.2184.41560
LCS-0560-68-xxH560 broadband532.2183.83500
LCS-0560-84-xxH560 broadband532.2223.83800
LCS-0625-38-xxH625532.2132.92700
LCS-0625-42-xxH625532.2182.33300
LCS-0730-77-xxH730532.2185.93500
LCS-0780-65-xxH780532.2183.64400
LCS-0850-68-xxH850532.2183.755500
LCS-0940-67-xxH940532.2183.655500
LCS-6500-33-xxHglacier white, 6,500K532.293.72000
LCS-6500-65-xxHglacier white, 6,500K532.2183.73500

Reproduced from Mightex (official page), retrieved 2026-10-15.

Ordering and integration

What you need with it

Required, ordered separately

Options and companions

Notes from Mightex

  • (1) LED’s can ONLY be driven by a constant-current source, and NOT a voltage source (e.g. a battery, or a AC/DC power supply etc.); (2) Please always verify LED’s current rating first before applying current to the LED, and please always make sure NOT to apply current that is above the LED’s current rating.

Combining this with other equipment? Ask for an integration check.

Downloads

Technical documents

Build your experiment

LED illumination for a microscope

Conceptual workflowFollows the four steps on Mightex’s microscope LED page: wavelength, LED configuration, LED controller, microscope coupling. It is not a verified configuration: we check how the parts fit your equipment before quoting.

  1. 1

    LED source

    Single wavelength, several combined, or switchable.

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    • This page
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  2. 2

    Controller

    A constant-current driver: manual/analog, software/TTL, or high-current for Type-H.

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  3. 3

    Microscope coupling

    Adapter for your microscope, or a tube into the infinity path.

  4. 4

    Timing (optional)

    Synchronise the LED with cameras and other equipment.

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