242 - Characterization Lab 1

Designed for the specific use of changing filters into and out of an optical pathway. Optical filters are commonly used in microscopy, spectroscopy, chemical analysis, and machine vision. 

Optical magnification and measurements. Features a 1.3-megapixel sensor that offers improved low light visibility, 20x-90x magninfication rate, up to 30 frames per second, and 8 white LEDs

Touch computer designed mainly for graphic designing

Breaks down oxygen molecules and converts them into ozone. Reliably produce ozone concentrations up to 5% by weight. Main applications are sanitizing and deodorizing areas

Cut through substrates such as heat-resistant glass, some plastics/polymers, nylon, papers, some rubber, silicone, etc. Works with a CO2 laser that emits in the infrared spectrum to cut or etch patterns by vaporizing the substrate. Applications may involve precision-cut rubilith masks, micromachining plexiglass, microfluidic channels in polymers, direct cutting or etching of PDMS. Resulting in plexiglass containers, ports, or microfluidics, among others

Enhance the ability to perform chemical reactions under controlled conditions on a laboratory scale. Works by exposing chemical reactions to electric fields under high pressure. Because of the high pressure, solvents can be heated beyond their standard boiling points

Measure the direction and the intensity of small magnetic fields. Thus, determining the natural magnetism of various steel products, intensity, N/S polarity of magnets, etc. Furthermore, determine whether any static or dynamic electromagnetic fields are affecting the working of precise electronic devices at their installation location.

Fill up syringes. Accepts 1 syringe from the smallest size available up to 60 mL. A 140 mL syringe can be filled up to 120mL. Applications of syringes in research laboratories may involve measuring and transferring solvents and reagents and the use of the needle tip to add liquids to very confined spaces, among other uses

Measure pressure precisely

Measure pressure precisely