To be highlighted at IMTS 2014 Booth E-5545, the Jenoptik W10 mobile surface roughness measuring system is ideally suited for measurements on the production line or machining cell. The new instrument’s remote measuring capability brings the measurement lab to the shop floor. Light and compact in design, easy to operate with long-lasting battery power, the W10 is simple to use. Operation is intuitive through the easy to understand graphic user interface. More than 800 measurements with one battery charge guarantee a high level of reliability even during frequent use. Measuring results may be quickly printed out on the integrated printer—wirelessly via Bluetooth technology. Capable of checking more than 40 roughness and waviness parameters using an extensive array of probes and accessories, the new W10 can match the performance of more expensive stationary systems with its accuracy and precision. The new Jenoptik W10 is ergonomically designed, with the device easily fitting into the user’s hand making it simple to precisely position on the workpiece. The wireless device can be used for transverse probing, overhead measurement, mobile measurement on small shafts, perpendicular measurement, and is equipped with tripod legs to adapt to small workpiece height. An integrated V-groove securely positions small shaft type parts on the unit for measuring. The W10 is capable of tracking eight separate measurement programs, including one for device verification, up to 100 separate profiles, with a total storage capacity of up to 10,000 completed measurements. The integrated click wheel allows the operator to intuitively select device functions. In conjunction with the large color display with graphic interface, this makes operation of the W10 simple and transparent, delivering easy to see results and tolerance evaluations. The roughness probes and measuring instrument electronics are calibrated independently from each other at the factory. This eliminates the need to make regular adjustments to the amplification or to recalibrate.