Used LAM RESEARCH / ONTRAK TCP 9400 SE #9169593 for sale

LAM RESEARCH / ONTRAK TCP 9400 SE
ID: 9169593
Wafer Size: 8"
Vintage: 1994
Etchers, 8" 1994 vintage.
LAM RESEARCH / ONTRAK TCP 9400 SE is an etcher/asher that utilizes transmissive and reflective technologies to deliver highly reliable processing of thin-film materials. It features an advanced optical design that provides superior performance with sub-micron resolutions for imaging and machining applications. The equipment is capable of etching/ashing up to three samples simultaneously with precise positioning accuracy of 10 microns. ONTRAK TCP 9400 SE is able to perform separate processes such as drilling, routing, scribing and patterning with a single etch step. This etcher/asher is equipped with a 500 watt source that enables precise indiffusion welding and patterning for thick and thin film depositions. Additionally, the equipment monitors the etch/ash rate utilizing a real-time feedback loop. LAM RESEARCH TCP 9400 SE can also be used for surface-mount device (SMD) repair/rework applications because of its excellent uniformity and accuracy. This system offers multiple recipe modes, including Rectangular, Triangular and Gamma Gaussian, for optimal material etch/ash processing. TCP 9400 SE has a built-in safety unit that provides a hazard-free environment while protecting the equipment and its operators. This includes emergency stop functions, safeguards against over-temperature conditions, and access control systems. The central-control software offers complete control/monitoring capabilities for the equipment and process. In addition, the equipment is equipped with a three-point clamping machine to ensure a secure grip on the sample. Its portability and fast processing time make it a useful tool for many applications. LAM RESEARCH / ONTRAK TCP 9400 SE is capable of working with a wide range of materials, including stainless steel, copper, aluminum, titanium and nickel. It is an excellent choice for users who need high accuracy and reliable precision for their etching/ashing processes.
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