Used TUNG SHUNG TS-32RAE-F #194139 for sale

TUNG SHUNG TS-32RAE-F
Manufacturer
TUNG SHUNG
Model
TS-32RAE-F
ID: 194139
Vintage: 2008
Developer 2008 vintage.
TUNG SHUNG TS-32RAE-F is a photoresist equipment designed for formation of precision micro of various shapes and sizes on various substrates. This system uses light-sensitive chemicals to etch patterns onto a substrate. The chemical mixture is normally composed of a photosensitive epoxy resin and a curing agent. TS-32RAE-F has a compact design allowing it to be implemented in locations with limited space. An integrated touch screen display enables easy setup and operation. An adjustable mounting unit is integrated and can angle up to 30°, providing perfect alignment for the workpiece. The machine can process up to four target workpieces with ease. The tool operates by exposing the photosensitive chemicals to a form of high-frequency light. This light is generated in the form of a series of pulses that are directed onto the target geometries. Light pulses are directed onto the chemicals and convert certain particular chemicals into photosensitive structures which can then be hardened by the addition of a curing agent. Various chemical mixtures can be used to create different layers of material onto the substrate. This allows for the capturing of various levels of complexities, depending on the desired outcome. For example, one solution may be used for batch processes while another solution may be used to target specific areas and layers, such as pits and grooves. Once the exposure and curing process is complete, the geometries of the patterns will be left inside the photoresist asset. The patterns are then hardened and can be removed from the substrate without degrading its properties. This type of process is usually used for the manufacture of electronic components, medical devices, tooling, and other small parts. Overall TUNG SHUNG TS-32RAE-F is a very versatile photoresist model capable of creating intricate and precision patterns with ease. This equipment offers a very accurate and cost effective way to produce micro components. It can be used for many different applications from industrial parts to consumer products.
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