Used WECON LS-360 #9247173 for sale

WECON LS-360 is an automated wafer handler used for semiconductor fabrication. It is designed to increase productivity and accuracy in wafer transfer and inspection processes. With its advanced features, LS-360 is capable of handling wafers up to 300 mm in size and 35 mm in thickness. WECON LS-360 can transfer up to 36 wafers per hour, making it a fast and reliable wafer handler for increasing production and quality. LS-360 features a 6-axis robotic arm, which is capable of accurately gripping and manipulating wafers with precision and ease. The arm is integrated with a vision equipment that is capable of detecting faulty wafers before they are transferred to the processing machine. The system can also perform inspection of wafer surfaces for abnormalities, enabling accurate and efficient process control. WECON LS-360 is equipped with a series of sensors and feedback devices that ensure smooth and safe wafer transfer operations. The sensors are able to detect and compensate for possible fluctuations in motion, position, acceleration, velocity, and torque during wafer manipulation. This reduces the risk of human error and the associated cost of production downtime. In terms of safety, LS-360 is designed to protect the wafer from environmental and mechanical hazards, such as contaminants, static electricity, and sharp edges. It is also compliant with the requirements of the Cleanroom ESD and Fume hazards safety protocols. WECON LS-360 is highly modular and can be easily integrated into any semiconductor processing environment. It also comes with an intuitive software package that enables easy setup and configuration of the unit. The machine is easily upgradable with the addition of accessories, such as WECON Edge Control Unit and WECON Fume Sensor. Overall, LS-360 is an efficient and reliable wafer handler. With its fast transfer capacity, advanced features, and high safety standards, it is ideal for high-volume semiconductor processing applications. By reducing the risks of human error and increasing productivity, it is an attractive solution for quality-conscious semiconductor production.