Used ADT / K&S 7900 Duo #9315486 for sale

ADT / K&S 7900 Duo is a scribing/dicing equipment that offers a range of automated, precision capabilities to meet modern production necessities. This system allows for flexible production processes, allowing for the flexibility to produce unique blade and scribe patterns while maintaining an optimum level of accuracy and reliability. Automation and accuracy are essential factors in scribing and dicing, and ADT 7900 Duo ensures that precision is maintained with ease. K&S 7900 Duo is a single-axis, dual head equipment unit, offering flexibility in a compact unit. Both scribing and dicing happen on the same axis, so no need for dual alignment of two separate systems. An integrated CCD camera machine helps operators identify the scribe/die cuts and ensure accuracy and consistency. It features an integrated computer-controlled stepping motor drive, allowing the operator to easily and quickly adjust the speed and pressure of the machine. The tool features a dimensionally-stable turbo-charger, which provides maximum acceleration when changing the speed of the machine. The built-in high speed temperature compensation eliminates heat induced errors. This ensures accuracy and eliminates any potential user calibration issues. 7900 Duo utilizes a patented "mirror reflecting" scribe and slicing head that allows operations to process a wide variety of substrates. This two-head asset allows users to operate multiple processes at the same time and features alloys suitable for both scribing and dicing operations. This eliminates the need for a separate die-cut or scriber model, as both can be done on the same machine. ADT / K&S 7900 Duo also ensures that the cutting pressure is consistent and smooth across the substrate. This allows the operator to minimize a range of potential spoilage, making it efficient and economical. The equipment is capable of producing very fine cuts, ensuring that the final product has a wide range of accuracy options. ADT 7900 Duo is well suited for production tasks in the industrial and medical sectors. By providing very consistent and accurate results, it requires minimal downtime and wasted material, meaning increased throughput and cost-effectiveness for the user. Furthermore, its durability and accuracy make it a reliable and worthwhile investment, allowing for multiple automated processes without the need for complicated user intervention.