Reducing ring for ring lights, Ø 66 mm to Ø 52 mm, 1 unit(s)

Catalog nr. HAY9.1
Starlight Opto-Elect

Volume: 1 pc(s)
Value Packs: 1 piece
Price:
Sale price€37,65
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Description

Reducing ring for ring lights adapts ring-light mounts from Ø 66 mm to Ø 52 mm, enabling secure mechanical coupling between larger ring-light interfaces and smaller receiving diameters on laboratory optical systems. The defined step-down supports concentric seating of cold-light ring illuminators on microscopes, stands, and related optical instruments where flange sizes differ. Delivered as a single unit weighing 0,150 kg, the ring is practical for one-off instrument builds, service replacements, or modular cold-light accessory kits. Consistent mounting geometry helps laboratories maintain uniform sample illumination during visual inspection, documentation, and routine microscopy tasks that rely on ring lighting. Offered from manufacturer Starlight Opto-Elect, the component sits within labware ranges for optical instruments, lamps, and cold light sources. Select this 66 mm to 52 mm reducing ring when matching existing ring lights to equipment with a 52 mm interface, consolidating mixed hardware parks, or preparing teaching and research stations that share illumination accessories. Clear diameter call-outs simplify verification against instrument specifications, and the single-piece pack avoids over-ordering when only one adapter is required for the configuration at hand.

This article is part of Cold light sources & lighting, in Microscopy & histology.

Key features

  • Pack size: 1 pc
  • Product type: Reducing ring for ring lights
  • Reduction: Ø 66 mm to Ø 52 mm
  • Weight: 0,150 kg

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What is this article?

Reducing ring for ring lights, Ø 66 mm to Ø 52 mm, 1 unit(s) is the article on this page. Luminix Health distributes Starlight Opto-Elect for laboratory use. It sits in Cold light sources & lighting, inside Microscopy & histology, in Lab instruments.

A cold light keeps the heat of the lamp away from a living or a melting specimen, usually by a fibre light guide. It is the illuminator for a stereo microscope. Colour temperature matters when the image is photographed. A hot lamp over a dissection dries the sample.

A light microscope forms an image with glass lenses and transmitted or reflected light. A stereo microscope is the lower-magnification instrument for dissecting and for looking at a surface. Fluorescence needs a light source and filters matched to the dye. Histology is the preparation that makes a tissue readable: fixation, a cassette, a section, a stain. The objective's magnification and numerical aperture decide the resolution. The slide and the cover glass decide whether the section sits in the focal plane. Stains and dyes as substances are identified on PubChem. Papers on the methods are on PubMed.

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