Used DISCO DAD 321 #9409461 for sale

DISCO DAD 321
Manufacturer
DISCO
Model
DAD 321
ID: 9409461
Dicing saw.
DISCO DAD 321 is a market leading scribing and dicing equipment for precision electronic circuit board production. The system features three significant components: discrete material knowledge, quality control methods and machine assembler capabilities. The precision of the unit is made possible by using an array of tools to measure the material's exact size and shape before the process starts. For instance, a microvision laser and automated metrology machine are used to take precise range of measurements before the material is placed into the dicing equipment. This allows the scribing and dicing process to accurately cut fine lines and deep channels without causing any damage to the material. The machine's quality assurance protocols further guarantee a high level of accuracy and repeatability with each scribing and dicing performance. The precision cutting tools are constructed from hardened steel for optimum cutting power and wear resistance. Its software-based controls give operators full control over the production process to ensure precision cuts. The tool also makes use of continuous in-process monitoring to detect any problems during the process. The device's machine assembler capabilities allow operators to quickly and easily assemble circuit boards for rapid production cycles. The install and setup process are automated to ensure minimum labor cost and optimize yield and throughput. Its laser driven scriber automatically carries out speeds up to 75 cycles per second and can also perform intricate cuts like grooves, slots, and channels with high precision. A range of standard and custom components are available to complete the assembly, including solder paste, connectors, and other such items. The asset runs without manual intervention, so it is possible to carry out full-scale production in a single shift. DISCO DAD321 is the ideal solution for high-quality production of large circuit boards. Compared to conventional methods, this model delivers superior results in terms of accuracy and cost-effectiveness, as well as significantly reducing production times. This makes it a cost-effective and efficient solution that delivers on its promise.
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