Friend Links: SKF Bearing FAG Bearing NSK Bearing Timken Bearing KOYO Bearing

LMF13UU CNC Linear Bearing 13x24x20mm High Precision Square Flange Block

124 sold in last 8 hours
Hurry! Over 77 people have this in their carts

Specifications

Inner Diameter 6mm, 8mm, 10mm, 12mm, 13mm
Outer Diameter 24mm, 26mm, 28mm, 30mm, 32mm
Thickness 19mm, 20mm, 21mm, 22mm, 24mm

Description

Precision linear ball bearings with square flange for CNC and industrial motion systems. Designed for smooth, durable guidance in automation equipment. Available in multiple sizes to fit standard shafts.

  •  Size Guide

    Size Guide

  •  Delivery & Return

    Delivery

    Store delivery FREE

    1-3 working days

    Home or collection point from £35.00 FREE

    On all your orders for home or collection point delivery

    Returns

    Return

    We will accept exchanges and returns of unworn and unwashed garments within 30 days of the date of purchase (14 days during the sales period).

    Returns in store FREE

    Your return will usually be processed within a week to a week and a half. We’ll send you a Return Notification email to notify you once the return has been completed. Please allow 1-3 business days for refunds to be received to the original form of payment once the return has been processed.

  •  Ask a Question
  Estimated Delivery: Thu, Apr 09 – Mon, Apr 13
  ... people are viewing this right now

  Share
Guaranteed Safe Checkout

Basic Info.

Model NO.
LMF12LUU

Series
LM

Material
Alloy

Service
OEM ODM

Transport Package
Carton Pallet

Trademark
BDL

Origin
China

HS Code
8482102000

Production Capacity
10000

SKU: 811b9c7151a0 Category: 
My Cart
Wishlist
Recently Viewed
Categories
LMF13UU CNC Linear Bearing 13x24x20mm High Precision Square Flange Block

LMF13UU CNC Linear Bearing 13x24x20mm High Precision Square Flange Block

Request a Call Back

    LMF13UU CNC Linear Bearing 13x24x20mm High Precision Square Flange Block

    LMF13UU CNC Linear Bearing 13x24x20mm High Precision Square Flange Block

    Ask a Question