A lot of people have used a microscope at a similar point during their education, yet not everyone has used a spectrometer or spectroscope. While they share alike names, microscopy, and spectroscopy are applied for distinct purposes, you can visit Rubiconscience. The primary objective of microscopy is to enhance the visibility of a system that is too miniature for the naked eye to perceive. Microscopy uses lenses to enhance the visibility of fine particles, such as those from plants, tissues, blood, or organisms. The main purpose of spectroscopy is to comprehend how electrons react to light energy. While microscopy is applied to envision objects. Spectroscopy is used to identify the spectral lines and/ or energy of a sample.

Learn how to use spectroscopy


Spectroscopy is a unique field and is crucial to a variety of disciplines. While it offered a theoretical backing to premature research in atomic structure and radiation. The various types of spectroscopy are determined by the type of radiative energy included in the interaction. In plenty of applications, the spectrum is known by measuring modifications in the frequency or intensity of this radiative energy. The types of spectroscopy can be identified by the nature of the relations between the material and energy. Some of the spectroscopy include:


  • Absorption spectroscopy
  • Astronomical spectroscopy
  • Biomedical spectroscopy, and many more.

Check out the best practices in taking care of Spectroscopy

Spectroscopy must experience the appropriate maintenance to offer the most accurate and reliable measurements. With suitable calibration and care, you can guarantee that the color of the spectrophotometer executes at its best. Below are some of the beneficial tips when taking care of Spectroscopy.

  • Maintain your device clean
  • Regardless of how well-calibrated your device is, it won’t deliver constant or accurate readings once it’s not cleaned. That’s why it’s important to do recurrent cleanings to ensure that the instrument is free from any dust, dirt, grime, and other impurities that can protect measurement outcomes. It’s necessary to follow the ideal practices when cleaning your equipment, you have to consider the highlighted practices in your user manual to get rid of impairing the device.
  • Calibrate your device
  • You can reset your device to its authentic factory settings to calibrate your spectroscopy and keep the device accurate. Frequent calibration in addition to precise results, regular calibration also makes it a lot easier for your spectrophotometer to bear to its calibrated state after every reset.