Communication cards for e10 controller Plate support SIC MARKING, a global specialist in marking and traceability solutions. Datamatrix reader Wireless barcode reader Protective box with light curtains SIC Marking is an international group developing permanent marking solutions and automatic reading systems (datamatrix) for the traceability of industrial components. SIC Marking offers a complete range of dot peen, scribing and laser marking machines. With 30 years of experience, SIC Marking develops traceability applications for a wide range of materials such as steel, alloys, stainless steel, titanium, aluminum, and plastics. Today we work with professionals in various industries such as: automotive, aerospace, metallurgy, mechanical engineering, plastics processing, railway, medical, construction, defense... With an experienced, responsive and involved team, SIC Marking offers a complete range of standard products, and custom machines to meet all your needs. e10 c153 Rotary axes Plate support Communication cards for e10 controller Datamatrix reader Wireless barcode reader Protective box with light curtains Tag feeder Maintenance kit Wide range of stylus Button box Starting cycle pedal Wide range of stylus column-mounted range Starting cycle pedal 2016/06) SIC Marking® reserves the right to modify equipment specifications at any time - This document is not contractual. Rotary axes SUPPORTING YOU ALL OVER THE WORLD Subsidiaries in Italy, Germany, Great Britain, Canada, the United States, Mexico, China, South Korea, and a network of more than 40 distributors... Please consult us if a specific configuration is not published in the table attached. SIC Marking designs customized and turnkey solutions for all industrial sectors. Our design offices produce machines in compliance with your specifications and your industrial standards. included Mark today, identify tomorrow

Marking window: DATA BASE MANAGEMENT STRIKING POWER COMPACT & ROBUST Marking window: • Cast aluminum base The result is a succession of dots to create digits, text, logos, and 2D data matrix codes. Each dot is the result of a pulsed current that runs through a solenoid, punches a magnet toward the surface, and subsequently returns the stylus to its starting position, awaiting the next pulse. Because each pulse occurs in only a fraction of a second, an entire 2D data matrix code, for example, can be completed in seconds (depending on the size). Frequency can be adjusted by controlling the speed...