Used NORDSON / ASYMTEK S-920 #9293843 for sale

NORDSON / ASYMTEK S-920 is a high-precision PC Board Assembly and Manufacturing equipment designed to meet the demanding production requirements of today's industry. NORDSON S-920 allows automated assembly of high-complexity PC boards with a high level of accuracy and repeatability. It can be easily integrated into a production line for high-volume production of complex products. ASYMTEK S-920 includes a high-resolution color camera for advanced vision inspection and automated optical centering of components, a 3-axis servo-controlled pick and place gantry, an integrated epoxy dispensing system, a universal soldering unit, and automated and manual PC board support systems. The camera allows flexible recognition of components and barcodes, and features built-in image-processing algorithms to ensure accurate centering of components on the PC board. Its 3-axis gantry is designed for ultra-fast pick and place, with a maximum speed of 15 m/s2. It also includes capabilities for component rotation, flipping and repositioning. All components are placed with the highest accuracy and repeatability. The integrated epoxy dispensing machine allows precise application of glue and flux to ensure reliable adhesion and soldering of components. The universal soldering tool can handle a wide range of soldering technologies such as Wave Soldering, Reflow Soldering, and Selective Soldering. Its programmable, multi-axis motion asset helps ensure a high degree of repeatability and accuracy in the soldered joint. The automated and manual PC board support systems allow a flexible range of boar sizes and orientations to be used in the model. The automated equipment is designed with advanced load and unload systems for quick and easy installation and removal of PC boards. Overall, S-920 is an advanced, high-performance PC board assembly and manufacturing system. Its combination of modern vision inspection, automated pick and place, epoxy dispensing, and soldering technologies allows the production of high-complexity PC boards with reduced labor costs and increased throughput.