Used KARL SUSS / MICROTEC 10700013 #293593203 for sale

KARL SUSS / MICROTEC 10700013 is a high-precision scribing and dicing equipment for laser machining of micro-structures. It is designed for dicing, scribing and micro-machining of wafers from silicon, gallium nitride, and other brittle materials. MICROTEC 10700013 scribing system features both a manual and automated scribing mode, with programmable controls and intuitive displays. The unit can accurately cut through or scribe lines or patterns with a width as small as 0.1μm (using an 830nm laser). KARL SUSS 10700013 machine consists of a controller, an optical engine and an automated stage. The controller supplies power and settings to the optical engine. The automated stage is controlled by a highly accurate X-Y Linear Motor Drive machine that enables fast and precise movements. The stage also houses a rotary head, allowing the sample to be aligned precisely while being machined. The optical engine of the machine utilizes a diode laser, which can generate UV light with a wavelength of 355nm or 830nm. The laser is then focused onto the sample through focusing optics and the machined surface is monitored and the beam position is adjusted. 10700013 includes advanced features to enhance accuracy and throughput. The tool allows for highly accurate micromachining via real-time feedback with a precision of ~18nm. The machine also features both high-power and low-power modes. This allows for higher throughput as the low-power mode can quickly dispatch long cuts, while the high-power mode can process more intricate patterns. KARL SUSS / MICROTEC 10700013 is designed for multiple applications. It is suitable for thinning and back-side processing of thinned wafers, as well as micromachining of patterns on wafers. The asset is ideal for the fabrication of MEMS. MICROTEC 10700013 is user-friendly and capable of quick setup times. It can be used in a range of industries, such as microelectronics, semiconductor, medical and optical device, and automotive manufacturing. The high-precision scribing and dicing of this model provides consistent and repeatable results, allowing for a reliable and cost-effective production process.