Used NEONTECH NBK-4600 #9364640 for sale

NEONTECH NBK-4600 is a high-performance scribing / dicing equipment that can be used to quickly and precisely fabricate packaged semiconductor chips. The system is designed for maximum versatility and can be used to produce a wide range of devices from a variety of materials. It features a 600 mm x 600 mm XY cutting area, a Z axis for controlled depth cutting, as well as precise motion and cutting control. NBK-4600 is equipped with a high-powered laser scribing / dicing unit capable of producing packages on a broad range of materials. It utilizes a diode laser, which is known for its high beam power and focused light spot, to offer consistent and precise cuts. This ensures a uniform and consistent quality on the produced finished parts. The laser cutting speed is adjustable in order to best achieve specific cutting goals. An attached microscope is used to precisely position the scriber / dicer head for a clean and precise cut. The attached microscope is a 100x magnification model with a 10 micron resolution ensuring the highest level of precision and accuracy when operating NEONTECH NBK-4600. The machine also features advanced software control which allows for automated cutting. This feature enables easy process control, along with accuracy and repeatability, allowing device manufacturers to quickly produce parts with a uniform repeatable accuracy. It can also be used to store cutting programs in order to simplify the setup process and ensure consistent results between parts. In addition, NBK-4600 is equipped with safety features which are essential when operating a precision cutting tool. These features include an emergency stop button, a laser blocking device, as well as a safety light curtain. All these features operate together to ensure that the asset is operating correctly and safely. In short, NEONTECH NBK-4600 is a versatile, powerful and safe scribing / dicing model designed for producing accurate parts on a wide range of materials. Its advanced software and safety features make it an ideal choice for manufacturers seeking to quickly and reliably produce device packages on a repeatable basis.