Used THERMO FISHER SCIENTIFIC / SHANDON 312007 #9040707 for sale

Thermo FisherTHERMO FISHER SCIENTIFIC / SHANDON 312007 is a photoresist system which is used for the precision etching and deposition of thin layers of material onto a substrate or for fabricating multilayered microstructures. It consists of a control panel, power supply, exposure source, and a sample plate that rotates and slides to precisely align the output beam of energy with the substrates. The photoresist system has the capability to process substrates with a large range of sizes including those of smaller dimensions such as 2"x2" substrates, in addition to larger standard substrates such as 4"x4" and 6"x6". This process enables more flexible designs of microstructures, such as complex patterns with high accuracy for biomedical or electronics applications. The photoresist process begins with the application of a thin layer of photoresist, which is a light-sensitive polymer, onto the substrate. After the photoresise is in place, the exposure source is turned on and produces a beam of focused energy in order to etch or deposit material onto the exposed areas of the photoresist. The beam is controlled with a joystick for precise alignment. The duration and complexity of the exposure process can be fine-tuned as well, allowing for greater control and accuracy in fabrication. After the exposure process is complete, the photoresist is developed. This development process works by using a chemical developer to dissolve the exposed areas of the photoresist, leaving behind the unexposed regions which will act as a protective mask. This mask then acts as a stencil to define the parts to be etched and deposited. Once the photoresist has been developed, the remaining etching or deposition processes can then take place depending on the desired properties. These processes can include ion or plasma etching, deposition of thin film layers by sputtering, and electroplating. The combination of these processes conducted with the help of the Thermo FisherSHANDON 312007 allows for precision fabrication of parts with complex microstructures and component systems. Accurate manufacturing of microstructures is an important step in the development of new materials and devices for various purposes, from biomedical to electronics.