Schaeffler KUE25-B KUE25 INA KUE series ball screw Ball monorail guidance system

KUE25-B: This is a more basic model, suitable for a variety of general industrial application scenarios, and can meet medium load and precision requirements. For example, in the linear motion mechanism of some ordinary automated production lines, it can realize functions such as material transportation and positioning.

Schaeffler INA KUE25-B is a specific specification under the KUE25 model in Schaeffler's INA series of ball screws. Here is some information about it:

Basic features: Belongs to the KUE series, with a nominal diameter of 25mm. "B" may represent a specific design, performance or configuration feature, but the specific meaning needs to be referred to Schaeffler's product manual or technical documentation. Generally, this basic model can be used in a variety of general industrial application scenarios and can meet medium load and precision requirements.

Application areas: Suitable for some equipment that has certain requirements for load and precision, but is not extremely demanding. For example, the linear motion mechanism of ordinary automated production lines can be used for material transportation and positioning; it can also be used in some small processing equipment to provide linear motion drive for it to ensure accuracy and stability during the processing process.

Performance parameters: Specific performance parameters include load capacity, accuracy grade, lead, etc., which will vary depending on the specific design and configuration of the product. Generally speaking, the load capacity of KUE25 - B can meet medium-sized axial and radial load requirements. The accuracy level may range from ordinary to high accuracy to meet the requirements of motion accuracy in different application scenarios. There are many options for lead, and common lead values are 5mm, 10mm, 20mm, etc. Different leads determine the axial movement distance of the nut for each rotation of the lead screw. Users can choose the appropriate lead according to the motion speed and accuracy requirements of the equipment.