LMFC…UU extended metric round-flange family linear bearing for model dependent; long design. Built for round-shaft linear motion, with model-specific dimensions and load ratings selected from the supplied catalogue.
MOQ: 50 pcs. Minimum order value USD 1,500; mixed orders and trial quantities welcome.
LMFC...UU is the extended metric round-flange family member of the catalogue linear-bearing range. LMFC uses the long flanged arrangement documented for higher support and stability, combining an extended bearing body with a round mounting flange. The practical buying question is whether its envelope and mounting style match the shaft, housing and carriage already designed into the machine.
The supplied catalogue places this series on pages 57–58. The documented selection range is model dependent; long design. Rather than treating the series code as interchangeable with a similar-looking bushing, confirm the exact diameter family and the mounting geometry before an RFQ is released.
| Item | Documented Value | Why It Matters |
|---|---|---|
| Series | LMFC...UU | Catalogue family identifier |
| Design form | Extended metric round-flange family | Mounting / envelope decision |
| Documented range | model dependent; long design | Use the exact model row for final dimensions |
| Key specification fields | model / dr / D / extended L / flange D1 / PCD / hole data / C / Co / weight | Check drawing symbols and tolerance columns |
| Source | Catalogue pp. 57–58 | Supplied bearing catalogue / outline |
Catalogue note: The source provides model-by-model tables. This import row intentionally keeps the published family limits and field structure; final dimensions, C/Co ratings and mass must be taken from the selected catalogue model rather than inferred from a neighbouring size.
LMFC belongs on carriages that need a round flange plus more axial support than the standard LMF form provides.
Typical use is a compact machine axis where the designer wants a longer bearing span without installing two separate round-flange units.
First confirm that the longer body can clear the carriage thickness and adjacent components.
Then check the exact bolt circle and model-level load data; the long design should be chosen for support requirements, not simply because it looks more robust.
Keep the long bore coaxial with the shaft and do not use mounting bolts to force a misaligned carriage into place.
After assembly, run the full stroke by hand and look for drag at the ends of travel before powered commissioning.
To check a catalogue model for your machine, send the series, shaft size, quantity, mounting details and operating conditions to sales@netherlandsdrive.com. Ever Power Netherlands Branch will confirm the applicable catalogue configuration before quotation.
Stainless steel gearboxes are widely used in industrial transmission fields due to their high strength and corrosion resistance. However, in actual use, stainless steel gearboxes may still malfunction due to improper design, installation, lubrication or maintenance....
In modern logistics automation systems, the CC600 Crate Conveyor Chain in Amsterdam plays a crucial role. With the continuous development of warehousing and sorting technologies, enterprises have increasingly higher requirements for the stability, efficiency and...
This article mainly explains and analyzes the structural design characteristics of the sprocket based on its role in the scraper conveyor, thereby leading to the necessity of researching the material and processing technology of the sprocket and the key technical...