Used DISCO DFD 6361 #9281309 for sale

DISCO DFD 6361
Manufacturer
DISCO
Model
DFD 6361
ID: 9281309
Vintage: 2011
Dicing saw Process: Trim form 2011 vintage.
DISCO DFD 6361 is a high performance, automated scribing and dicing equipment designed for precision material processing. This system combines the versatility of DISCO dielectric cutting and patented sub-micron accuracy with features such as a high-precision machined edge pendant, an attack angle control and an infinitely adjustable vacuum hold-down unit. The machine utilizes a high-frequency, DC-bias oscillator generator to create extremely high-powered, dielectric surface wave cutting. This enables a very uniform and consistent bevel cutting process resulting in excellent surface quality, especially on brittle materials such as silicon, glass and sapphire. The attack angle control throws the beam in different directions to provide the user with unique and precise surface qualities. The high-precision machined edge pendant allows for very precise scribing, thus allowing for exacting machining of intricate shapes with tiny geometries. The infinitely adjustable vacuum hold-down tool applies a uniform and released force to the material through use of a rubber roller, allowing for greater tension control. DISCO DFD6361 also includes an automated mapping asset providing an easy-to-use image scale, thus eliminating the need for additional manual measurements. This feature is particularly useful in a modern production environment where accuracy is paramount. Finally, DFD 6361 is equipped with an access window which greatly reduces maintenance time and effort required for troubleshooting should a fault be encountered. In conclusion, DFD6361 is an ideal choice for precision materials processing. Its versatile features such as high-frequency dielectric cutting, attack angle control and a precision machined edge pendant, offer an array of options for both scribing and dicing, while the automated mapping model and vacant hold-down equipment provide unparalleled accuracy and repeatability.
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