Used MPM AP-27 #9032347 for sale

Manufacturer
MPM
Model
AP-27
ID: 9032347
Vintage: 2003
Screen printer, 2003 vintage.
MPM AP-27 is a state-of-the-art automatic screen printer, well known in the electrical and electronics industry for its cutting edge technology and advanced automation. It is a self-contained machine designed for the purpose of producing accurate and repeatable printed circuit boards. The machine is controlled by an integrated PLC equipment, with a touchscreen HMI providing a user-friendly interface for easy setup and operation. AP-27 also has advanced vision system technology including a flexible camera enabling fiducial and solder paste inspection for precise product registration. The enclosed cantilevered X-Y plotter ensures accurate and repeatable stencil placement, making it suitable for high-volume production needs. The machine features a multi-screen stencil cleaning unit with the addition of an online paste height sensor for accurate paste deposition. As an exclusive feature, MPM AP-27 has a built-in 'High-Gear' printer mode, delivering maximum print speed without compromising print accuracy and print quality. AP-27 is equipped with a servo-driven squeegee to facilitate consistent wiping of the print screen resulting in superior print quality and process control. The machine also has a high speed, dual-axis board transport machine, designed to accommodate a wide range of board dimensions with a variety of component assemblies. For added safety and convenience of the operator, MPM AP-27 includes an emergency stop and safety armor covering the printing area. AP-27 is designed for long-term performance and provides reliable quality printing in the demanding circuit board industry. It is a versatile, high-performance tool, well suited for various applications. The robust construction and improved ergonomics make MPM AP-27 an ideal choice for production environments in the electrical and electronics industries. AP-27 is an automated screen printer with unparalleled precision, accuracy, repeatability, and throughput performance.
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