Used DISCO DAD 2H/6 #9162219 for sale

DISCO DAD 2H/6
Manufacturer
DISCO
Model
DAD 2H/6
ID: 9162219
Vintage: 1984
Automatic disk scribing system 1984 vintage.
DISCO DAD 2H/6 is a scribing / dicing equipment designed specifically for uses in the semiconductor industry. It is used to cut any type of large shape into smaller components or pieces that can be used in the production process. The system consists of two main components: a high-speed machining head and a cutting table. The machining head is an axis with two heads that turn independently of one another and can move forward and backwards in both x and y axis. The heads are driven by servo motors which allow the unit to cut to very tight tolerances. Each head is fitted with two cutting tools, one high speed and the other for end cutting. The cutting table is designed to hold the material being machined in the center of its working area. It has a bed of high-pressure air clamps that can securely hold materials for machining. The cutting area is customizable, allowing the user to use any size, shape, or angle of material they need. The bed is adjustable allowing the material to be cut to different depths for different projects. As the machining head moves over the cutting table, it smoothly scribes the material. The cutting tools are designed to be exceptionally accurate and precise and the computer-controlled drive machine ensures a perfect cut with each pass. The scribing process is monitored and corrected by a vision tool which ensures the cut is uniform and accurate. The scribed material can then be diced or cut into smaller components or pieces for the production process. The machining head is fitted with sensors that detect the position of the material and the cutting table. It uses this input to adjust its speed, direction, and force; this allows the asset to precisely cut even the smallest components. DISCO DAD 2H6 is designed to provide a fast, accurate and consistent machining process that is suitable for use in the semiconductor industry. The model offers repeatable cuts and is capable of producing high volumes of identical components with a high degree of precision.
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