Used ASYS MPS 50 #9245064 for sale

ASYS MPS 50 is a highly advanced PC board assembly and manufacturing equipment. This system can handle a variety of PC/Electronic board designs, from single sided to multi-layer boards with complex assembly processes. The unit comes with an automated machine that can support up to four PC boards at any one time. It is designed with high accuracy, quick assembly processes in mind, and is able to process all standard board materials and components. MPS 50 tool comes with an onboard vision asset, enabling the user to quickly verify correct placement of components. It is provided with a user friendly OS, and is also equipped with a 3D-soldering head, powerful enough to accurately deposit controlled amounts of soldering material even on complex boards. ASYS MPS 50 features a proprietary automated feeder technology. This allows for the simultaneous operation of two or more feeders, and ensures accurate placement of components on the PCB. The model also includes a patented precision placement feature, which uses a patented "lane point" equipment to provide precise placement and accurate alignment. The system also has a component nesting feature, which allows the user to quickly move and nest components with greater accuracy and less time than traditional manual component placement systems. On-board sensors track the component placement accuracy and speed, and the unit can also alert the operator of any components out of position. The machine also offers a range of options to suit specific applications including multi-layer and "mix and match" boards. The tool is capable of processing both SMD and through-hole components, as well as finer component motions, such as 0201 packages. Additionally, the asset includes a Graphical-User-Interface and provides the customer with an operator-friendly environment for the programming, monitoring and control of the model. In conclusion, MPS 50 is an advanced PC board assembly and manufacturing equipment capable of precisely and quickly placing components on a variety of board designs. Its features maximize precision and accuracy, and allows operators to quickly and easily move components around in the most efficient manner. The system is highly customizable, supporting a variety of options and components, for both rapid prototyping and mass production applications.