I. Core Application Scenarios

1. Linear Gantry Systems
   In the component handling gantries of automotive final assembly workshops, the EGT Linear Stage provides drive support as the X-axis (stroke of 3000mm) and Y-axis (stroke of 2000mm) respectively. With a load capacity of 100kg, it can easily meet the handling needs of heavy components such as gearboxes; the dual-guide-rail structure can effectively suppress deflection deformation under the gantry span, and the ±0.08mm accuracy accurately matches the bolt hole alignment standards.
2. Cantilever-Type Electric Cylinders
   In the cantilever-type pick-and-place mechanism of 3C electronic placement machines, the EGT Linear Stage serves as the power core of the X-axis (stroke of 1000mm). Its side-mounted motor design saves 50% of vertical space; relying on its excellent anti-overturning torque performance, it ensures no offset of the nozzle head under unilateral load, meeting the high-precision placement requirements of 0402 components.
3. Logistics Sorting Lines
   In the automatic sorting systems of e-commerce warehouses, the EGT Linear Stage (stroke of 5000mm) acts as the core of the main conveying axis. With high-speed operation of 2.5m/s combined with ±0.08mm positioning accuracy, it drives sorting carts to efficiently complete parcel positioning and delivery, improving efficiency by 35% compared to traditional chain conveyor solutions.

II. Core Selling Points

• Flexible Motor Installation: Supports installation on four sides of the electric cylinder, with installation orientations adjustable and switchable at any time to adapt to different equipment layout plans;
• Efficient Space Utilization: Proximity switches can be directly embedded in profile grooves for installation, no need for additional reserved space, further reducing the overall equipment volume;
• Precise Guidance and Strong Load Capacity: The dual-guide-rail structure ensures guidance accuracy, while providing excellent high-load bearing performance, balancing operation accuracy and stability.