The NF WobbleX WS12 Coupling is designed for use with SFU1204 ballscrews, offering a precise and stable solution to minimize oscillations in the Z axis of 3D printers or other CNC machines.
Using WobbleX technology, this coupling ensures smooth and uniform motion, significantly improving the quality and accuracy of machining.
Key Features:
Compatibility with SFU1204: Designed for SFU1204 ballscrews, ensuring precise and secure coupling.
Rugged construction: Made of durable materials to ensure long life and reliable performance even in intensive work environments.
Versatile application: Ideal for 3D printers, CNC machines, and other automation applications requiring precise linear motion.
The NF WobbleX WS12 Coupling is the ideal choice for those looking to improve stability and motion quality in projects using SFU1204 ballscrews, ensuring precise and reliable Z-axis control.
Package contains: 1 x NF WobbleX WS12 coupling for SFU1204 ballscrew
The item you receive may differ in some features from the one depicted in the photo, depending on the production batch. Despite this, functionality is maintained.
Hello, I would like to know what precision these screws have.
The precision grade of the ball screws found in this category is C5.
Asked by: Daniele
Date: 2022-02-10 12:23:39
One would need to know the advance ratios ( one turn =?) in order to choose the right one.
Each screw has a descriptive name, e.g. SFU1204: The first three letters identify the type of nut-screw and its bushing to match, the first two digits the diameter the last two the pitch, and then from these then the relative advance for each model is derived. Here is a summary table:
12mm diameter
16mm diameter
1204--> 4mm pitch
1604--> 4mm pitch
1205--> 5mm pitch
1605--> 5mm pitch
1610--> 10mm pitch
Diameter 20mm
25mm diameter
2004--> 4mm pitch
2504--> 4mm pitch
2005--> 5mm pitch
2505--> 5mm pitch
2510--> pitch 10mm
Since these leadscrews are single-principle, the pitch corresponds to the feed. So to know the linear feed at each turn of the screw you have to refer to the pitch itself of each individual model. For example with a 4mm pitch--> 4mm linear feed.