Used AND ASP-2000LX #9205493 for sale

AND ASP-2000LX
Manufacturer
AND
Model
ASP-2000LX
ID: 9205493
Vintage: 2013
Track, 2" 2013 vintage.
AND ASP-2000LX photoresist equipment is a high performance system for carrying out high precision fabrication processes. This unit uses deep, ultra-precision laser lithography to produce patterns with down to 1.5 μm feature sizes. The machine is composed of a 302 nm laser source, a measuring tool for controlling the process, a laser modulator, AND an advanced control unit. The laser modulator is used to precisely modulate the laser beam in order to generate patterns. The measuring asset is used for two purposes, one is to report the various parameters associated with the process such as deflection angle AND laser intensity AND the other is to provide feedback for the control unit to enable accurate AND repeatable results. The control unit provides an advanced operation control. This allows users to adjust the speed, pattern direction, size, AND wavelength in a very precise manner. Furthermore, the control unit stores multiple shapes AND sizes of patterns that enable improved accuracy AND repeatability. This model also allows for highly precise alignment of the patterns resulting in tiny pattern features AND improved line edge roughness control. The equipment's optics AND mechanics are built to high-end accuracy standards allowing it to perform with up to 1 nm accuracy for depth of resist AND line widths of 1.5 μm or below. The result is very small, accurate, AND repeatable patterns. These patterns can be used in a variety of fabrication processes such as etching, deposition, metallization, AND more. Overall, ASP-2000LX photoresist system is a powerful AND advanced unit designed to provide high precision fabrication processes with accurate, repeatable results. It is capable of generating patterns with feature sizes around 1.5 μm AND offers advanced feedback control for accuracy AND repeatability. Its programmable settings makes it an ideal machine for highly specialized fabrication processes.
There are no reviews yet