Used LPKF ProtoMat S103 #293826378 for sale

LPKF ProtoMat S103 is a sophisticated "PC Board Test" equipment used to quickly and efficiently create professional-level printed circuit boards (PCBs). This system utilizes LPKF Advanced Drilling Technology (ADT) to rapidly and accurately drill and cut copper layer boards. ProtoMat S103 is also equipped with an MRP-Micro Router Pen attachment, allowing users to precisely mill intricate V-cuts into their board designs. Furthermore, this unit comes with a variety of software packages, such as LPKF CircuitCAM, LPKF CAD Designer, and LPKF Rulesys software, all of which contribute to the ease and efficiency of creating high quality PCBs. In terms of power supply, LPKF ProtoMat S103 requires a 220 VAC power source and consumes a maximum of 2000W. The machine itself weighs approximately 55 lbs and measures 53"x 31"x 46", allowing for a large amount of workspace during production. In terms of accuracy, ProtoMat S103 operates with repeatable accuracy of ±0.001", ensuring satisfactory results are met when creating PCBs. LPKF ProtoMat S103 boasts a range of cutting tools, such as drill bits and designer cutters, which aid in the production of complex PCB structures. In addition, the tool is equipped with programmable V-Cuts and servo-driven Z-axis, further increasing accuracy and production capability, as well as making orthogonal cuts along the X and Y axes. Lastly, the asset is also supplied with safety-gear, such as protective eyewear, ear defenders, and an emergency power shut-off switch, providing a safe working environment while performing the cutting and machining processes. All in all, ProtoMat S103 is an advanced model that provides users with an easy and efficient way of creating sophisticated PCBs. The equipment is equipped with a wide range of tools and a high level of accuracy and repeatability, allowing for users to quickly get professional-level results. The system is also supplied with safety features, protecting users from potential injuries when performing cutting and machining processes.