Spectrometers
Spectrometers measure and analyse light spectra for physics and chemistry applications.Designed for accuracy and clarity, they support advanced optical experiments.Australian educational and research institutions rely on spectrometers for precise spectral analysis.
Mini Spectral Lamp Power Supply and Holder, Without Lamp
- Compact spectral lamp power unit with integrated lamp holder
- Combines power supply and lamp holder in one bench-friendly design
- Supplied without spectral lamp
- Spectral lamp mounts inside a black protective tube on top of the unit
- No separate tube holder or connecting cable required
- Rotating outer sleeve allows different aperture shapes to be selected
- Apertures are positioned for use with IEC Flame and “AA” Spectrometer LC-80-CH3792-001
- Accepts compatible sodium, mercury, neon and helium spectral lamps
- Suitable for spectral line observation in optics and atomic physics practicals
- Confirm lamp compatibility, spectrometer alignment and classroom safety requirements before use
AUD 435.90 (Ex GST)
Plastic Spectroscope with Calibration Scale and Adjustable Slit
- Compact direct-vision spectroscope for viewing spectra and estimating wavelength using calibrated nm scale.
- Adjustable entrance slit controls light level and band sharpness for clearer spectral separation.
- Eyepiece fitted with 600 line/mm grating to disperse light into colour and wavelength components.
- Spectrum viewed against nanometre scale, each digit represents 100 nm for quick classroom readings.
- Black chamber improves viewing conditions by limiting stray light during spectroscopy demonstrations.
AUD 68.50 (Ex GST)
Spectrum Tube EHV Unit and Tube Support, Without Tubes
- EHV power supply unit for compatible spectrum discharge tubes
- Supplied with tube support for holding different spectrum tube lengths
- Self-contained unit designed to operate from 240 V AC mains power
- Deep recessed high-voltage socket supports direct tube connection
- Stainless steel rod and sliding clamp support tube positioning
- Removable mains cable supports practical setup and storage
- High-voltage apparatus for supervised educational use only
AUD 422.50 (Ex GST)
Student Spectrometry Kit, Light Spectrum Observation and Analysis Teaching Set
• Designed for practical study of light spectra, helping students observe and compare spectral behaviour from different light sources
• Supports physics teaching of atomic emission spectra, molecular structure, and the interaction between matter and radiation
• Useful for chemistry education where spectral fingerprints assist discussion of elemental identification and analysis principles
• Kit includes core optical and viewing components needed for structured student spectrometry activities in educational settings
• Hands-on format strengthens understanding of spectrum observation, light behaviour, and substance properties through direct investigation
AUD 3,565.50 (Ex GST)
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Spectrometers are optical teaching instruments used to observe, separate, and analyse light from different sources in physics and chemistry education. This Student Spectrometry Kit supports structured investigation of light spectra, atomic emission patterns, diffraction, and prism-based dispersion, helping students understand how light interacts with matter and how spectral patterns can be used to study atomic and molecular structure.
The kit enables hands-on learning by allowing students to examine the spectrum produced by different light sources and compare how optical components affect light behaviour. It supports practical teaching of wavelength, diffraction, refraction, dispersion, and electromagnetic radiation. In chemistry education, spectrometry helps introduce the concept that different elements can produce characteristic spectral patterns, supporting simple qualitative analysis and a clearer understanding of material properties.
The supplied kit includes a half-silvered mirror, diffraction grating, prism, magnifier, adjustable slit, light source, eyepiece, and 3 volt power source. These components allow students to build and adjust a basic spectrometry setup for classroom observation and spectrum analysis. For quality and technical reference, ISO 13696 is relevant to optics and photonics test methods for total scattering by optical components, while ISO 10110 provides recognised specification principles for optical elements and systems. ISO 9001 may also be used as a general manufacturing quality reference where supplier certification is available. These references should only be used where supported by the manufacturer’s documentation.
For LabChoice Australia customers, Spectrometers provide an advanced teaching solution for light spectrum observation, atomic emission studies, and optical analysis in school, university, and laboratory education environments.