Used ASYST LPT 2200 #9276473 for sale

ASYST LPT 2200 Wafer Handler is a proprietary, semi-automated transfer equipment designed to be used in the fabrication of cutting-edge semiconductor products. Its advanced design combines the flexibility and precision of a manual system with the consistency and reliability of an automated solution. ASYST LPT2200 has a lift-and-tilt capability, allowing the pick arm to be used to move wafers up to 300mm in diameter into a vertical position for transfer. Multiple tasks can be programmed into the unit for complete automation, including aligning and positioning, rotation and reorientation, and fast-cycle transfers. It also has a built-in vision unit that can read part orientations, assuring correct positioning. LPT 2200 is designed to handle multiple wafers simultaneously, making it suitable for fast-paced production lines. It's made of stainless steel and has IP-65 compliant seals for protection from dust and moisture. The integrated power supply enables a wide range of external control options, such as sensors and manual input devices. LPT2200 has a linear drive machine that lets it move smoothly over a wide range of speeds, from 0.2mm/second to 6.4mm/second. It has a repeat accuracy of ±10µm and a maximum acceleration of 0.3g. The wafer handler uses single-axis and dual-axis motors, as well as linear and rotary actuators, to drive its movements precisely. It's also equipped with independent safety systems, a fault diagnostic tool, and an integrated safety circuitry. The safety systems are designed to stop operation if any part of the asset has a fault. The fault diagnostic model can be programmed to monitor the operation of the equipment and alert the operator of any issues. The integrated safety circuitry is designed to protect ASYST LPT 2200 from damage and malfunction. ASYST LPT2200 is a high-precision, reliable system designed to meet the demands of semiconductor fabrication. It's easy to set up and use, and it can be used for a variety of production lines. Its advanced design is ideal for fast-paced, high-precision operations that require accuracy and consistency.