SFC linear guide rail set: The linear guide rail includes 2 x 39.4 in / 1000 mm long SFC16 linear shafts, 4 x SC16 sliding blocks, and 4 x rail supports. Dynamic load per block: 774 N, static load per block: 1180 N.
Durable and long-lasting: The linear rail is made of carbon steel and aluminum with a chrome-plated surface for rust resistance and high durability. It features four built-in aluminum sliding blocks and ball bearings for smooth and unimpeded gliding.
Quiet gliding: The fully sealed aluminum SC sliding blocks and the carbon steel linear shaft are perfectly matched. The integrated ball bearing ensures low-friction movement and is smooth and tilt-free, allowing for more effortless control.
High precision: Precise circular shaft dimensions and straightness ensure high accuracy, repeatability, and stability in motion. The stable aluminum base and sliding block feature precision mounting holes, facilitating reliable installation and connection for the user.
Wide application: The SFC linear rail set is versatile and suitable for all types of heavy-duty automation equipment and DIY projects, such as router/milling/turning machine slides, 3D printers, laser engravers, CNC machines, trainer rocker plates, etc.
The VEVOR SFC linear guide rail comprises two guide rails and four sliding blocks. The durable aluminum guide rails feature precise hole diameters and spacing, while the SC sliding blocks utilize ball bearings for smooth and unimpeded movement. Several specifications are available to perfectly meet your requirements.
The linear bearing has an all-metal structure and the sliding block is firmly attached to the linear shaft, which has a high load-bearing capacity.
The fully sealed aluminum SC sliding block and the built-in ball bearings glide smoothly and effortlessly to ensure long-term stable operation.
The linear guides feature precise hole spacing, hole diameters, and standard shaft diameters, allowing you to install your equipment more accurately.
Linear rail sets are frequently used in heavy-duty automation equipment and in the manufacture of DIY tools. For example, DIY CNC engraving machines, lathes, etc.