• The unique machining technology and anodic oxidation deliver perfect consistency of accuracy, durability, and appearance for this series of products;
• Efficiently driven by precision ball screws, the products feature high driving efficiency, low starting torque, free of vibration and lagging, and highly precise positioning and repositioning;
• Precision self-aligning ball linear guides are combined with the lightweight preloaded assembly technology, which achieves large load capacity, and excellent straightness and parallelism of motion (not larger than 20 μm);
• The standard two-phase stepping motor featuring high torque and high stability is equipped;
• The standard motor is equipped with a hand wheel, which allows both manual and automatic operations;
• Two mechanical limit switches are equipped to realize overtravel deceleration and limit protection;
• One zero-position photoelectric switch is provided to deliver precision positioning at the zero position and error correction, which can avoid troubles caused by error accumulation.
• The universal standard DB9 port is compatible with our company’s two-phase stepping motor controller;
• Mounting holes are arranged in a standard manner to facilitate the installation of instruments and equipment and the combination of multi-DOF modules;
• Grating rulers are optional for close-loop control, and the close-loop resolution within a short travel range can reach up to 1μm;

     The EPSB-G series of precision motorized linear motion stages is modified by OMTOOLS on the basis of the EPSA series. Driven by components such as precision grinding ball screws, highly precise self-aligning ball linear guides, and high-quality couplers, the EPSB series is powered by a two-phase stepping motor, which features high torque and high stability. The products of this series are manufactured with lightweight, high-strength, and high-quality aluminum alloy for the main body, combined with long-tested special processing and assembly technologies.

     The products boast a range of advantages, including high precision, large load capacity, good stability, nice versatility, and easy combination. Such advantages enable them to be extremely cost-effective and widely applied in precision optical experiments, precision positioning, and precision machining by scientific research and industrial users. Examples of applications include high-precision laser processing and high-precision 3-axis scanning measurement.