New advanced self lubricating linear bushings

Price checks and buy or sell 3D printer hardware & objects here.

Moderator: CrazyIvan

Post Reply
User avatar
Vesconite Bearings
Posts: 1
Joined: Wed Aug 14, 2019 8:05 am

New advanced self lubricating linear bushings

Post by Vesconite Bearings »

Vesconite Bearings has introduced 3D polymer sleeve bushings as stock items. Printer users can now replace bronze sleeve bushings or linear ball bearings with polymer sleeve bushings produced by Vesconite Bearings.

Initially five of the most common 3D bushing sizes will be available, namely:
- LM6UU - 12mm (OD) x 6mm (ID) x 19mm (length);
- LM8UU - 15mm (OD) x 8mm (ID) x 24mm (length);
- LML8UU - 15mm (OD) x 8mm (ID) x 45mm (length);
- LM10UU - 19mm (OD) x 10mm (ID) x 29mm (length);
- LM12UU - 21mm (OD) x 12mm (ID) x 30mm (length).

There are two grades available, Vesconite Hilube (White) and Vesconite Superlube (Pink), the latter having the lowest coefficient friction and thus being the superior grade. While other sizes are not stocked, custom bearings can be manufactured quickly and easily with custom lengths and diameters.

Hilube has an unlubricated coefficient of friction on steel of 0.1, and can go as low as 0.08 on polished steel. This makes bushing movement along the rod particularly smooth and eliminates the problem of the jerky motion (stick slip) when the extruder on the 3D printer moves to a new location. The absence of a metal-on-metal contact not only eliminates wear but also results in less noise. In an industry where printing can take many hours or days, this is a significant benefit for the users.

Customers who have already installed our bearings in their 3D printers are consistently satisfied and see significant improvements in terms of print quality, wear, maintenance and noise.

Feel free to visit our 3D printing Home page on our website - www.vesconite.com/3d-printer-bushings
Any questions or concerns you may have, kindly to have a look at some of our FAQ’s (Frequently Asked Questions) - www.vesconite.com/3d-printer-bushings/faq

Post Reply