Used YASUNAGA TW-320 / TW-320C #9174453 for sale

YASUNAGA TW-320 / TW-320C is a highly advanced scribing / dicing equipment designed for demanding circuit board manufacturing applications. The system combines laser scribing with diamond-blade dicing technology to separate copper from circuit boards. The unit is capable of processing both single and double-sided boards with a precision of +/- 0.005mm. This machine is ideal for high-precision applications requiring precise cutting of conductive materials, like copper. The tool utilizes laser scribing technology and utilizes a variety of laser sources, including nanosecond pulsed Nd-YAG, continuous-wave CO2 and fiber lasers. This ensures that the asset is able to reliably cut through both thick and thin material while offering high throughput. The model can achieve speeds of up to 4000mm/second and can cut through a variety of materials, including copper, FR4, and other plastics. The laser sources used also enable high accuracy cut-outs and curves, with no need for post processing. The combination of laser and diamond-blade dicing makes TW-320 / TW-320C a powerful and versatile equipment. The system is capable of processing both large and small boards with a minimum glass size of 50mm x 50mm. The built-in dust collection unit ensures that no dust is released, making it suitable for a cleanroom environment. The adjustable pressure settings and adjustable laser focus control make the machine highly adjustable and precise. The tool also features 360-degree rotation, tilt cutting, and automatic gap sensing. Apart from cutting complex shapes, YASUNAGA TW-320 / TW-320C asset can also etch text and numeric values onto components. The model features multiple languages, enabling the user to choose from English, Chinese, Japanese, and Korean. Other features include a vacuum table, integrated cooling equipment, and optional barcode reader. Overall, TW-320 / TW-320C combines the power of laser technology and diamond-blade dicing to enable precise, high-quality cuts through a variety of materials. Its multiple features and settings make it suitable for a variety of circuit board manufacturing tasks. The precision and reliability of the system make it an ideal choice for PCB manufacturing.