Used HOFFMAN PR-1 85T #9272014 for sale

HOFFMAN PR-1 85T is an advanced wafer grinding, lapping and polishing system designed specifically for manufacturers who need precision and control in the microelectronics production process. Equipped with a precision drive and precise radial head motion, HOFFMAN PR1-85T is the ultimate in labor and time saving features. The unit features a high speed direct drive, allowing for uniform and repeatable results. Additionally, the motor angle can be changed which allows for a finely tuned abrasive feed rate for increased control in the process. PR-1 85T also includes a manual feed rate control that allows operators to adjust the speed of the lapping and polishing process according to the material being processed, providing optimized results. PR1-85T boasts several features that offer increased efficiency and improved polishing accuracy. This includes a continuous weight balancing system, ensuring reduced noise and vibration levels, as well as precision micro-vee belts and belts pulleys for high speed material removal. Additionally, HOFFMAN PR-1 85T has a large abrasive capacity, with a spring-loaded cutting head that allows for simultaneous material removal and grinding operations. HOFFMAN PR1-85T's advanced design also includes automatic and repeatable grinding parameters including depth of cut, feed rate, return speed and electrode speed. This allows manufacturers to maximize the accuracy and speed of their polishing operations, while also safeguarding the integrity of sensitive materials such as silicon and gallium arsenide. PR-1 85T also includes a high precision abrasive disc which can be tailored to the specific material being processed. Overall, PR1-85T can be considered to be an industry-leading wafer grinding, lapping and polishing system. Its superior design and features offer manufacturers full control in their processes, as well as increased efficiency and improved polishing accuracy. Using HOFFMAN PR-1 85T's cutting-edge technology, manufacturers can expect premium results every time.