1394-SJT22-A Plastic machinery manufacturers have always been pioneers in new drive concepts that continuously improve performance and energy efficiency. For example, injection molding machines were the first to use variable speed drive pump systems on a large scale. The electro-hydraulic composite system is used for the first time to control the wall thickness and the opening and closing mold on extruders and hollow molding machines.

Today, in order to flexibly meet different 1394-SJT22-A requirements, modular and combinable hydraulic, hybrid and pure electric drive solutions are widely used in the injection molding machine industry. At the same time, when it comes to power density and durability, especially high performance requirements, hydraulic systems have obvious advantages. Today’s hydraulic systems are also increasingly interconnected and flexible, and have extremely high energy efficiency.

1394-SJT22-A

Based on this, the variable speed drive pump system and self-contained actuator provide up to 80% energy savings for the hydraulic power unit.The 3D printing of hydraulic oil lines allows for flexible design of internal pipe shapes, thereby optimizing components to reduce raw material consumption and reducing pressure losses in the line.
If machinery manufacturers need to 1394-SJT22-A produce small batches of products in an economical way, they need drive solutions that can be flexible and quickly brought to market. During the design phase, online selection and configuration tools and pre-configured electromechanical modules significantly reduce design time. For motion time, accuracy, control and path design, simulation software can effectively improve design accuracy. Software manuals guide users through the debugging process quickly, thereby reducing machine development and debugging time.