Used PETER WOLTERS / LAPMASTER MicroLine AC 1500-P3 #293645346 for sale

PETER WOLTERS / LAPMASTER MicroLine AC 1500-P3 is an advanced wafer grinding, lapping, and polishing equipment designed for semiconductor applications. This system has been designed to process IC dies and other micro-sized components with minimum processing time and superior control. It features an ultra-precise rotary positioning drive for precise and repeatable motion control and a powerful, lapping-grade motor for consistent grinding force. The rotary positioner drive has 6 degrees of freedom, which enables complete surface treatment on any plane. This unit also provides a wide range of grinding speeds and depths, allowing users to optimize the tool according to their needs. The design utilizes a compact and highly efficient 2-stage lapping process, where each particulate is managed according to size and shape of the burr. This process also includes critical fine-tuning steps that help to achieve the high precision desired in fine-grained surfaces. LAPMASTER MicroLine AC 1500-P3 is equipped with a computer-assisted motion control machine for easier operation and better performance. It features a powerful industrial PC with a graphical user interface (GUI), which enables users to program and control the tool from the comfort of their workstation. This asset also includes an integrated vision model, with advanced camera and image processing capabilities that support precision alignment and motion control for wafer grinding and polishing. PETER WOLTERS MicroLine AC 1500-P3 is ideal for achieving high precision surface finishes and creating accurately shaped and sized components. This equipment is also designed to minimize frictional loss and increase drilling speed in order to heighten productivity. With its powerful motor and precise grinders, the system can be used to treat components of a variety of sizes, shapes, and materials. The overall design is easy to set up and use, making the unit suitable for various applications including thin wafer production and research, microelectronics, optics, medical device fabrication, and more.