127 - Manufacturing Lab

Controls temperature. To use with fluidized bath. 

Provides fast heat transfer to immersed objects for immediate heating and the thermal performance desired from a heat source.

Accurately measures and controls temperature. 

Maintain a constant flow of mobile phase through an HPLC system. 

Chemical reaction vessel which can conduct a reaction under pressure. Used to conduct a reaction above the boiling point of a solvent. Secondly, the pressure can reduce the reaction volume, including the liquid phase, and in turn increase concentration and collision frequency, and accelerate a reaction.

Measures and verifies multiple electrical stimuli, including voltage, current and resistance.

This device is used to make a stir bar, immerse in a liquid, quickly spin, or stirring or mixing a solution. At the same time, the plate can be heated to create a chemical reaction.

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. 

Ideal for the precisely controlled reactive extrusion of high viscous melts. By measuring the torque of the drive motor and the pressure in the backflow channel, the reaction process can be monitored effectively.  (FOR SMALL SAMPLES)

The production of test specimens from as little as 5 g of material. Different materials can be used (powder, pellets, or melts) and different specimen geometries available.