\nte\\\DRILL®, mteWìDRILL^ smart drilling SCANLAB's intelliD/?//_/_® scan modules are optimized for laser- based material processing applications that require numerous po- sitioning and processing steps (jump and shoot), e.g. drilling prin- ted circuit boards or perforating foils. The modules' low-weight mirrors and digital servo electronics enable beam positioning with maximum speed and precision. The servo jump algorithms achieve minimum travel times and precise settling performance even over the full range of distances. The intelliD/?//!® modules are thus predestined for very high jump Water cooling of the products' scanners and electronics ensures reliability even under challenging operational conditions. intelliD/?//!® users benefit from a palette of features enabled by SCANLAB's ¡DRIVE® technology, including real-time monitoring and remote diagnosis of key operational states, internal moni- toring capabilities, simulation-assisted process optimization and utilization of various dynamics tunings. The scanners of \nte\\\DRILLde® scan modules are equipped with digital encoders and feature minimum drift values as well as lowest position noise. Typical Applications: • Drilling circuit boards • Perforating foils • Texturing surfaces //?/?otsdte>/s for//yoisst/y

intell¡D/?/¿¿® modules for C02 lasers are equipped with beryllium deflection mirrors. For beam focusing, a number of standard objectives and customer-specific solutions Each intelliD/?//./® module is equipped with two digital servo control boards and a digital interface board (20-bit SL2-100 interface). The module can be conveniently PC interface board. Scanner control, scan head diagnosis and all essential configuration settings are achieved via software The high quality of SCANLAB's scan solu- tions is the result of years of experience in vanometer scanners and scan systems. In addition, every...