Used ASYST Falcon #9255564 for sale

ASYST Falcon is a dynamic, cost-effective robotic handler for handling a wide variety of materials. Its highly reliable, advanced two-axis tilt-up swivel motion can handle single or multiple objects. The rigid body and optimized design allow the swivel motion to achieve fast, precise, and reliable operation. Its modular design allows Falcon to be easily integrated into production lines for semiconductor, flat panel display, MEMS, and nanotechnology applications. ASYST Falcon's motion consists of two axes. The first axis allows for precise tilting of up to 360 degrees in relation to the stationary base. This allows Falcon to move an object in a circular motion for applications such as alignment or particular positioning. The second axis is responsible for the swivel motion which can rotate around the base at up to 200 degrees per second. This powerful swivel motion allows ASYST Falcon to quickly and precisely pick up batches of items. Falcon is designed to withstand harsh environments, including high speeds, temperatures, and vibration. It also features an air bearing motion technology that allows the robot to move objects without contacting them, reducing contamination of parts. Furthermore, built-in sensors and controlling systems guarantee high accuracy of the motions. ASYST Falcon is also equipped with a powerful vision system that can detect and recognize shapes, colors, and patterns. This system is also used to verify whether or not the correct parts are being placed into the correct positions. A variety of end-of-arm tools can be used with Falcon, such as vacuum pods, electric grippers, and mechanical tweezers. These tools are used to pick up objects from various material surfaces. With its ability to quickly position and accurately handle objects, ASYST Falcon is a reliable and cost-effective robot handler. It is also easy to integrate into existing production lines in a wide range of industries. A comprehensive software package supports this integration, making Falcon a smart, self-controlling system capable of performing sophisticated tasks.