Robotics plays an important role in the modern manufacturing environment. Automation frees workers to focus on critical processes while reducing error and maximizing efficiency. Strengthen your robotic resources with high quality robotic bearings with Simar Rulman. Contact us today .

We are the leading supplier of standard and custom bearings for the automation and robotics industry and the manufacturers who use them. Whether you need to increase reliability or improve cleanliness, precision movements, corrosion resistance and rotational accuracy, our knowledgeable team can identify and provide the best bearing for your application.

Robotic Bearing Types
A bearing restricts relative motion and reduces friction between moving parts. These highly engineered, precision-built components enable machines to run at high speeds and carry remarkable loads with ease and efficiency.

Integrating robotics into a manufacturing process requires significant time, training and financial commitment.

Choosing the right bearing requires a thorough understanding of the particular activity or type of machine. That's where the experts at Bearings Direct come in.

Angular Contact Bearings:  These bearings can accommodate combined loads such as radial and axial loads acting simultaneously. Angular contact ball bearings have inner and outer ring raceways that are displaced relative to each other in the direction of the bearing axis. As the contact angle increases, the axial load carrying capacity increases.

Radial Ball Bearings: This type of bearing reduces friction and carries a load radially around its axis. It works using lubricated steel balls placed between two grooved rings. Radial ball bearings come in a variety of styles, including single row, double row, internal self-aligning, external self-aligning, thin section and inserted.

Roller Bearings:  These bearings use rolling elements to support loads and reduce friction. Roller bearings have barrel-shaped rolling elements instead of spherical balls and can support heavier loads than similarly sized ball bearings, but they cannot handle comparable speeds. Roller bearings contain inner and outer rings that house the rollers and bearing cage.

Single Row Deep Groove Ball Bearings:  These bearings offer versatility and performance. They contain deep channel grooves and inner and outer rings with circular arcs with radii slightly larger than balls. Their design has several advantages, including good radial load capacity, superior high speed performance and sufficient axial load capacity. They also worked efficiently and with low noise.

Linear Bearings:  Linear motion is the most common motion type. Linear bearings support motion in a straight line through the use of ball and roller bearings loaded on a rail that supports a movable surface. By helping to carry heavy loads with high stiffness and less noise, they can provide more precise motion control with less friction than spherical bearings.

The Importance of Choosing the Right Bearing
Bearings play a crucial role in robotic equipment functionality. It reduces friction, allowing parts to move more smoothly and surfaces to wear less quickly. There are many things to consider when choosing the right bearing for your application.

Sensitivity rate
noise level
service life
rotational accuracy
speed ratio
corrosion resistance
chemical resistance
industry regulations
Material specifications or standards
Robotic Bearing Applications
Robots take on multiple production roles. They are commonly needed for high-volume, repetitive operations where their speed, accuracy and durability become advantageous. Some examples include:

Source
Loading
meeting
distribution
arrangement
filling
Order fulfillment and collection
Check
transport
Packaging
weighing
Public transport
human worker assistance
Cleaning