The EGT Series Synchronous Belt Linear Stage is a high-performance linear motion unit developed for industrial automation scenarios. Guided by the core design concept of "precision guidance with dual guide rails, stable support for high loads, and flexible assembly in multiple orientations," it seamlessly adapts to complex mechanical structures such as linear gantries and cantilever-type electric cylinders, building a stable and reliable linear motion support system for industrial scenarios including automotive component transfer, electronic component bonding, and logistics sorting. Its core advantage lies in the balanced integration of an ultra-long stroke of 5000mm and a repetitive positioning accuracy of ±0.08mm, while enabling flexible switchable motor installation on four sides—elevating the versatility and scenario adaptability of basic axis-type linear stages.

In the component handling gantries of automotive final assembly workshops, the EGT Linear Stage serves as the driving unit for the X-axis (stroke of 3000mm) and Y-axis (stroke of 2000mm) respectively. With a load capacity of 100kg, it easily handles the transfer of heavy components such as gearboxes; the dual guide rail structure effectively suppresses deflection deformation under the gantry span, and the ±0.08mm accuracy accurately meets the alignment requirements for bolt holes.

In the cantilever-type pick-and-place mechanism of 3C electronic placement machines, the EGT Linear Stage acts as the power core of the X-axis (stroke of 1000mm). Its side-mounted motor configuration reduces vertical space consumption by 50%; relying on its excellent anti-overturning torque performance, it ensures no offset of the nozzle head under unilateral load, satisfying the high-precision placement requirements for 0402 components.

In the automatic sorting systems of e-commerce warehouses, the EGT Linear Stage (stroke of 5000mm) functions as the core component of the main conveying axis. With high-speed operation of 2.5m/s combined with a positioning accuracy of ±0.08mm, it drives sorting carts to efficiently complete the precise positioning and delivery of parcels—boosting efficiency by 35% compared to traditional chain conveyor solutions.