Used EO TECHNICS BSM 364 #9219768 for sale

EO TECHNICS BSM 364 is a high-tech marking machine designed to etch information onto various surfaces, including metal, plastic, rubber, glass and other materials. The machine is capable of handling items up to a maximum size of 200mm x 200mm and utilizes a high-precision marking equipment that ensures a clean, uniform application every time. Its design features a highly-robust steel frame construction with a pneumatic system that automatically adjusts for changes in surface height. This adjustable design and adjustable speed control make it capable of producing legible marks in various kinds of material. An integrated laser guide unit ensures pinpoint precision in all marking tasks. The machine features a CNC controlled gantry, allowing for simple, consistent operations. The highly sensitive marking head is equipped with a rotary motor which provides superior scribing speed and accuracy. Equipped with an automatic lubrication machine, BSM 364 greatly reduces maintenance requirements compared to other marking machines. The onboard motion control unit comes with an amazing array of features, including mechanical gear positioning, breakage prevention, and an output signal port for automatic operation. Additional features include a real-time display for convenient monitoring of mark status and an adjustable focus range which allows for precise marking results for various workpiece heights. The machine also features an independently-controlled gas exhaust tool that emits no noise or fumes. For optimum safety, EO TECHNICS BSM 364 has built-in safety and fault protection features that protect both the operator and the machine during operations. These features include overload protection, infrared beams, emergency stop switch and overload indicator. As a result, this marking machine provides an efficient, error-free environment for precise marking. Able to work with a wide range of materials and with easy-to-use control systems, BSM 364 is the perfect solution for applications where accuracy and repeatability are essential.