Used BRANSON / IPC L3200SS #9096332 for sale

ID: 9096332
Asher Cassette to cassette Fomblin prepped pumps Pump cart Fomblin oil: not included.
BRANSON / IPC L3200SS is a high performance etcher/asher for ultra-precision device fabrication. This state-of-the-art equipment is constructed using stainless steel and formed into a mechanically rigid body, which is vibration isolated. It incorporates an advanced flow control technology to precisely deliver materials of different particles sizes, viscosities, and densities to the workpiece. IPC L3200SS's optical alignment system provides low-particle flux and superior beam uniformity, allowing tight control of feature size and technical accuracy. BRANSON L3200SS features a dual beam source with independent beam control. This device produces a long-wavelength beam for general hardening/etching, and a short-wavelength beam for masking and substrate modification. It offers three-dimensional micromachining capabilities to process components with fidelity and accuracy down to nanometer levels. Moreover, L3200SS has a revised wafer stage with flexible wafer handling for efficient aspect ratio control and loading/unloading flexibility. The unit's integrated computer offers complete process control via the graphical user interface. BRANSON / IPC L3200SS is equipped with an intelligent motion control feature that enables ultra-fast beam switching and profiling. This allows high-speed processing without compromising accuracy, as the machine dynamically adjusts the acceleration and velocity to the wafer's mechanical characteristics. Furthermore, the device has a multi-zone heating/cooling module to monitor both temperature and pressure during etching/ashing operations. Overall, IPC L3200SS is a robust and reliable etcher/asher for ultra-precision device fabrication. Its advanced design allows for precise material delivery, accurate three-dimensional micromachining, and fast processing speeds. Combining the tool's intelligent motion control and comprehensive process control, users can benefit from increased production speed and overall operational efficiency.
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