Used KENSINGTON CSMT-2 #9078951 for sale

KENSINGTON CSMT-2 is a wafer handling equipment designed to provide a high-performance, cost-effective solution for processing high-temperature-sensitive wafers. It is an automated wafer handler with an integrated graphite structure that simplifies wafer handling and thermal transfer. The main features of CSMT-2 include its automated wafer indexing and movement equipment, an integrated graphite block for thermal transfer, and an intuitive touch-screen interface. KENSINGTON CSMT-2 features an automated wafer indexing and movement system, which allows for easy indexing and movement between the stages. This enables precise and repeatable positioning of wafers to the center of the graphite block, enabling efficient transfer of thermal energy. The built-in thermal management and control unit of the wafer handler eliminates the need for external cooling systems for wafer processing. The integrated graphite block features a non-contact thermal transfer mechanism that ensures optimal temperature uniformity. This eliminates the need for contact sticks or thermocouples, increasing process reliability and reducing the risk of contamination. The graphite block also prevents thermal drift, ensuring that the heated wafers maintain its temperature for a more consistent processing environment. The intuitive touch-screen interface of CSMT-2 simplifies wafer handling and thermal transfer settings. It allows the user to select the desired temperature, speed, and timing for the wafer processing parameters. This user-friendly interface ensures accurate and repeatable wafer processing results, optimizing production throughout. Additionally, KENSINGTON CSMT-2 features built-in safety features, such as an auto-shutoff, over-temperature alarm, and emergency stop button, ensuring that the operator and equipment are protected from potential hazards. It is also a low-maintenance equipment, thanks to its robust construction and corrosion-resistant components. CSMT-2 is an automated wafer handler designed to provide a high-performance, cost-effective solution for processing high-temperature-sensitive wafers. Its features, such as the automated wafer indexing and movement machine, integrated graphite block, intuitive touch-screen interface, and built-in safety features, make it particularly suitable for the reliable and accurate processing of high-temperature-sensitive wafers.