Ball screws

 

Ball screws are used to convert a rotary movement into a straight movement. They are often used in the 3D printer industry. Ball screws are particularly suitable for positions that can no longer be achieved in terms of accuracy, for example, with trapezoidal threaded drives or in which high actuating forces must be transferred in a friction-optimised manner.

Configuration options in our online shop:

  • Various precision categories: C3/C5/C7/C8/C10
  • Various processing qualities: Ground or rolled
  • Different manufacturing qualities: Carburized, hardened
  • Ball screw in accordance with standard: DIN69051 compliant
  • Material pairing with rolled version: Shaft 1.1203 and ball nut 1.7264; carburized and hardened
  • Material pairing with ground version: Shaft 1.7242 and ball nut 1.7264; carburized and hardened
  • Coatings: Available without surface treatment, phosphated and LTBC coated
  • Selectable lubricants: Can be used in special environments, such as clean rooms
  • Reversing the nut: Possible by selecting the "RLC" option. Turns the nut 180° on the spindle
  • Precision Ball Screws/Shaft Dia. 10/Lead 2/4/Cost Efficient Product[DIN69051 Compliant]
    Precision Ball Screws/Shaft Dia. 10/Lead 2/4/Cost Efficient Product[DIN69051 Compliant]
  • Rolled Ball Screws/Shaft Ends Configurable/Standard Nuts
    Rolled Ball Screws/Shaft Ends Configurable/Standard Nuts
  • Precision Ball Screw, Shaft Tip Complete Product (BNK Shape), Shaft Diameter: 20, Lead: 20
    Precision Ball Screw, Shaft Tip Complete Product (BNK Shape), Shaft Diameter: 20, Lead: 20

Complementary products: Support units for thread drives

MISUMI also offers complementary support units for the fixed bearing side and loose bearing side in flange bearing and block bearing designs for the bearing of the ball screws. The fixed bearing side is formed via 2 inclined bearings in X arrangement.

  • Support Units/Fixed Side/Radial Bearing
    Support Units/Fixed Side/Radial Bearing
  • Support Units/Round/Fixed Side/Economy
    Support Units/Round/Fixed Side/Economy
  • Support Units/Round/Fixed Side
    Support Units/Round/Fixed Side

Example application 3D printer Christian Reil

83% of the illustrated application of a 3D printer from our partner CR-3D is made up of components from the MISUMI one-stop shop.

In 3D printers, ball screws are used to convert a rotary movement into a linear movement. Christian Reil's 3D printer uses MISUMI's configurable ball screw in combination with a stepper motor to position the printing table in the Z direction.

The 3D printer C1 from CR-3D is a Fused Filament Fabrication (FFF) 3D printer for the highest demands.

The C-Series stands for a compact design and ultra fast printing speeds in a space of 320x250x350mm. The state-of-the-art CoreXY MotionSystem ensures low moving mass and low vibration movements of the dual print head. The weight of the printhead has been further reduced by the Bowden extruder system. The user interface is a 7-inch touch display, which provides intuitive operation, uncomplicated setup and detailed status information to the user. In terms of user-friendliness, the device has also been equipped with a filament sensor and automatic print bed measurement before printing, so that nothing stands in the way of high process safety and reliability.

Download the part list here.

Weidmüller

Series terminals

Weidmüller series terminals offer a wide range of tailor-made connection technologies as well as standard products for energy supply and distribution as well as signal wiring and earthing. When 3D printers are being built, different series terminals and PCB terminal blocks are required to ensure safe and reliable power supply and signal wiring. Weidmüller offers the complete range of series terminals and PCB connection technology for this purpose.

Recommendation

We especially recommend Klippon® Connect technology from Weidmüller. These are tailor-made application products, universal terminal blocks and process-supporting services, which offer the right solution for every concept. This concept is particularly interesting for control cabinet construction. Increasingly complex production processes and technological advances within the framework of Industry 4.0 can be found here. These require new solutions for efficient control cabinet construction.