Optical Breadboard Plate

Equipment Accessories, Spectroscopy Equipment

Low price aluminum optical breadboard plate

150 mm x 300 mm optical breadboard, compatible with most spectroscopy equipment

Overview | Specifications | Resources and Support

Low price solid anodized metric aluminum optical breadboard plate, compatible with our range of spectroscopy equipment including the USB spectrometer (with spectrometer case), transmission holder, cuvette holder, UV light source and broadband white light source.

We recommend fixing all spectroscopy equipment in place before taking any measurements as any changes in positioning will have an impact on the data collected. The optical breadboard plate is small enough to be used on desktop or workbench spectroscopy set-up, but with fifty-five M6 tapped holes on a 25 mm grid, is large enough to provide a good space for setting up an experiment. Four additional 6 mm untapped corner holes allow the plate to fixed to a larger surface. The plate measures 150 mm x 300 mm and is made from anodized aluminum, making it lightweight but durable.

Ossila Optical Spectrometer bolted to an optical breadboard plate — Use the protective spectrometer case to bolt the Ossila Optical Spectrometer to the breadboard

Specification

Length	300 mm
Width	150 mm
Thickness	8 mm
Weight	950 g
Hole size	M6
Hole spacing	25 mm

Optical breadboard plate dimensions — Dimension of optical breadboard plate

Spectroscopy Transmission Holder — Spectroscopy equipment including the transmission holder and broadband white light source can be fixed the optical breadboard

Resources and Support

What is Spectroscopy? Definition and Types

Spectroscopy is the study of the interaction between a radiative energy and matter and can be performed using a range of techniques. There are several different types of spectroscopy. Generally, in spectroscopic studies, radiative energy is recorded by a spectrometer after it interacts with, or is emitted by, the material being studied.

Learn more...

How Does a Spectrometer Work? Principles Explained

Optical spectrometers take light and separate it by wavelength to create a spectra which shows the relative intensity of each. This basic principle has a wide range of applications and uses.