Used ACCRETECH / TSK AWD-200T #9410690 for sale

ACCRETECH / TSK AWD-200T
ID: 9410690
Wafer Size: 8"
Vintage: 2007
Dicing saw, 8" Dual spindles 2007 vintage.
ACCRETECH / TSK AWD-200T is a scribing / dicing equipment designed for use in wafer slicing processes for the production of semiconductor devices. It is capable of slicing wafers at a maximum diameter of 200mm and is also capable of scribing on various substrates such as Si, glass, and ceramic materials. TSK AWD 200 T is a fully-automated system that integrates processes such as sliding, scribing, dicing, chamfering, slotting, and punching in a single controlling unit. The machine is equipped with a precise high-frequency spindle and cutting head to ensure multimode dicing processes. It also has a high precision positioning tool and stage motion controls that allow for precise scribing and dicing operations. ACCRETECH A-WD-200T is also equipped with a high-resolution 3D light measuring asset and automated setup functionality that offer high accuracy, repeatability, and reliability. TSK A-WD-200T scribing / dicing model is equipped with a vacuum loader and a standard chuck for easy loading. It also features a four-axis platform that combines the X, Y, θ, and Z axes, allowing for a wide range of cutting operations. The automated equipment is capable of handling large batch sizes with a throughput of up to 1000 wafers per hour. Additionally, ACCRETECH / TSK A-WD-200T incorporates an advanced data management system, with a PC interface that allows for quick and easy data entry and job status tracking. A-WD-200T is equipped with a variety of safety features, including an emergency stop switch, safety enclosures, and fume extractors. It also has a self-diagnostic monitoring unit that ensures optimum performance and reliability. The machine is extensively tested and certified to meet stringent industry standards. ACCRETECH AWD 200 T scribing / dicing tool is designed to provide an effective and efficient solution for a wide range of semiconductor device production processes. Its high accuracy, repeatability, and reliability make it an ideal choice for mass production of devices with precise accuracy.
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