Handheld Spectroscope
Product Specification Sheet
Handheld Spectroscope
Model Number: MTO-42
The Handheld Spectroscope is a compact optical instrument for observing the visible spectrum and understanding the relationship between wavelength and perceived color. Micro Technologies supplies the unit with a diffraction grating that separates incident light into its component wavelengths, allowing different spectral colors and features to be viewed directly. An illuminated reference scale positioned against the spectrum provides a convenient wavelength reference during observation. Its handheld configuration eliminates the need for a large optical bench or complicated setup, making routine spectrum examination quick and convenient. The instrument can be used with suitable light sources for comparative spectral observations and basic wavelength investigations. Compact construction, straightforward operation, and reusable optics make it a practical instrument for physics, optics, spectroscopy, and general laboratory applications.
Product Specification
The Handheld Spectroscope is a compact optical instrument for visually examining how different wavelengths contribute to the color and spectral characteristics of light. Its straightforward handheld construction allows spectral observations to be made without assembling a large optical system.
A diffraction grating forms the primary dispersive element of the instrument. When incident light enters the spectroscope, the grating separates it into component wavelengths. Different wavelength regions can then be viewed as distinct colors or spectral features, providing a direct visual representation of the light source being examined.
Micro Technologies supplies the Handheld Spectroscope with an illuminated reference scale positioned alongside the observed spectrum. This scale provides a useful wavelength reference and makes the instrument more informative than a basic spectrum viewer without measurement markings.
The spectroscope can be directed toward a suitable light source for quick spectral examination. White or broad-spectrum light typically produces a continuous range of visible colors, while other suitable sources may produce distinctive spectral features depending on their emission characteristics.
Because diffraction rather than a conventional prism is used for dispersion, the instrument provides a compact method for separating light according to wavelength. Its portable construction also makes it convenient for comparative observations involving several light sources without repeatedly rearranging laboratory equipment.
The Handheld Spectroscope requires minimal preparation for routine use and can be stored easily when not required. With its diffraction grating, wavelength reference scale, and convenient portable format, it provides a useful long-term instrument for qualitative spectrum analysis and introductory wavelength investigations.
Features
- Compact handheld spectroscope
- Diffraction grating optical system
- Separates incident light into component wavelengths
- Visible spectrum observation
- Illuminated wavelength reference scale
- Direct comparison of wavelength and observed color
- Portable and easy to handle
- No large optical bench required
- Suitable for different compatible light sources
- Reusable optical instrument for regular laboratory work
Benefits
- Provides quick visual examination of light spectra
- Helps relate visible color to wavelength
- Diffraction grating provides effective spectral separation
- Reference scale improves wavelength interpretation
- Portable format simplifies repeated observations
- Minimal setup saves laboratory time
- Compact construction provides good procurement value
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Handheld Spectroscope |
| Internal Model No. | MT-30727 |
| Product Type | Diffraction Grating Spectroscope |
| Configuration | Handheld |
| Dispersive Element | Diffraction grating |
| Observation Range | Visible spectrum |
| Reference Scale | Included |
| Scale Type | Illuminated wavelength reference |
| Measurement Parameter | Wavelength reference |
| Operating Method | Direct visual observation |
| Power Requirement | As required for scale illumination |
| Accuracy / Tolerance | Suitable for general laboratory spectrum observation |
| Calibration Standard | Wavelength reference verification as required |
| Stopper Type | Not applicable |
| Usage / Application | Spectrum observation and wavelength comparison |
| Compliance Standard | Laboratory-grade optical construction |
Available Variants
- MT-30727 – Standard Handheld Spectroscope
- Diffraction Grating Spectroscope
- Spectroscope with wavelength reference scale
- Portable spectrum observation instrument
- Customized supply configuration for bulk requirements
SKU System
- MT-HS-STD – Standard Handheld Spectroscope
- MT-HS-DG – Diffraction Grating Configuration
- MT-HS-WLS – Wavelength Scale Configuration
- MT-HS-OPT – Optical Spectrum Configuration
- MT-HS-CUS – Customized Configuration
FAQs
What is a Handheld Spectroscope used for?
A handheld spectroscope is used to visually examine the spectral composition of light. It separates incoming light into component wavelengths so different colors and spectral features can be observed.
How does the spectroscope separate light?
The instrument uses a diffraction grating. The fine grating structure diffracts different wavelengths through different angles, producing a visible spectrum.
Does the instrument include a wavelength scale?
Yes. An illuminated reference scale is provided alongside the observed spectrum, helping users relate spectral position to wavelength.
Can white light be observed with the spectroscope?
Yes. A suitable white-light source can be examined to observe its visible spectral distribution and the progression of colors across different wavelengths.
Can different light sources be compared?
Yes. The portable spectroscope can be used for comparative observations of compatible light sources, allowing differences in their visible spectra to be examined.
Does the spectroscope require calibration?
For general qualitative observations, frequent calibration is not normally necessary. If wavelength readings are important, the reference scale should be checked against a known spectral source.
How accurate is the Handheld Spectroscope?
It is intended primarily for general spectrum observation and wavelength comparison. Precision depends on the grating, reference scale, alignment, and viewing conditions.
How should the instrument be maintained?
Keep the optical openings and diffraction grating protected from dust, fingerprints, moisture, and scratches. Store the spectroscope in a clean, dry location after use.
Can Handheld Spectroscopes be ordered in bulk?
Yes. Bulk quantities can be supplied for physics laboratories, optics laboratories, universities, colleges, research facilities, distributors, and institutional procurement.
Can customized configurations be supplied?
Certain optical, scale, packaging, and supply configurations may be customized for bulk orders depending on technical requirements and manufacturing feasibility.
Why Choose Our Products
- Diffraction-grating based spectrum observation
- Illuminated wavelength reference scale
- Compact and convenient handheld configuration
- Quality-checked optical construction
- Bulk supply capability for laboratories and distributors
Call to Action
Looking for Handheld Spectroscopes for spectrum observation and wavelength analysis? Contact Micro Technologies for competitive quotations, bulk orders, institutional procurement, distributor inquiries, and customized laboratory optics requirements.
