Explore the spectrum of light with the
ESAW Direct Vision Spectroscope (Catalog No. PLO-4020)—a high-precision optical instrument engineered for demonstrating and analyzing light dispersion in classrooms and laboratories. Compact and portable, this export-quality spectroscope is ideal for studying emission and absorption spectra in
chemistry and physics experiments, making it a core part of any academic lab.
Widely used by students, science teachers, and lab professionals, this device combines multiple prisms and a viewing slit to offer clear, accurate spectral visualization—perfect for wavelength analysis, flame tests, and atomic structure exploration. Whether you're upgrading your science lab in India, building optical learning kits for schools in Africa, or supplying engineering colleges in Europe or the USA, this spectroscope delivers affordable lab precision for all.
Designed for both academic and professional use, it supports applications in schools and colleges, chemistry classrooms, medical and engineering institutions, and industrial R&D centers. Trusted by institutions around the globe, it stands out as one of the best spectroscopes for students.
Need more lab equipment for bundled procurement? Explore:
🔗 Biology & Earth Science Instruments »
🔗 Chemistry Lab Equipment »
🔗 Laboratory Metalware Equipment »
Technical Specifications:
| Product Name |
Direct Vision Spectroscope |
| Catalog No. |
PLO-4020 |
| Design |
Multi-prism direct vision type |
| Application |
Spectral dispersion studies |
| Use |
Physics and chemistry demonstrations |
| Country of Origin |
India |
Realistic Use Case Scenarios:
-
Students performing flame tests and understanding atomic spectra.
-
Schools and colleges conducting optics and spectroscopy-based experiments in practical labs.
-
Science labs and chemistry departments for teaching spectral lines, wavelengths, and light dispersion.
-
Medical, engineering, and nursing colleges applying it in analytical physics or bio-optical modules.
-
Industrial and research laboratories utilizing it for light source evaluation and spectrum calibration.
