Used NTS GH250/PC-VDM #293643171 for sale

NTS GH250/PC-VDM is an automated wafer grinding, lapping and polishing equipment that is used for the manual processing of all types of semiconductor wafers. It is an ideal solution for wafer-related processes in the semiconductor, opto-electronics and other related industries. The system offers a range of grinding, lapping and polishing capabilities. Its advanced abrasive technology and grinding wheels provide the highest quality work on a wide variety of materials ranging from ceramic to metal alloys. The GH250/PC-VDM unit is designed to achieve nanometer-level flatness, uniformity and defect-free surfaces on a variety of semiconductor wafers. The machine provides precision grinding, lapping and polishing capabilities with process control and automation. Its integrated 3-axis motion control, a high energy drum motor, a 300W auxiliary motor and X/Y/Z controlled grinding head create the perfect conditions to process semiconductor wafers. The GH250/PC-VDM tool is equipped with a vision and measurement asset that continuously checks for surface features and defects. This helps ensure the highest level of accuracy and repeatability in the grinding, lapping and polishing process. The automated process takes place in a dust-free environment and the model can automatically detect and measure wafer defects. The equipment also includes human-machine interaction for easy operation and features a built-in batch count display, program memory and status monitoring. The GH250/PC-VDM is designed to work with a wide variety of consumable supplies including grinding discs, lapping films, lapping tools and polishing pads. The GH250/PC-VDM is an advanced wafer grinding, lapping and polishing system that provides high accuracy and repeatability while ensuring consistent quality. With its reliable and durable construction, coupled with advanced automation and process control capabilities, the unit is an ideal solution for all types of wafer-related processes. It allows manufacturers to achieve optimal results while ensuring safety, environmental and cost-efficiency.