Thin section bearings - indispensable bearings for robot braking

LTZC bearings provide countless excellent ball bearings and bearing accessory solutions to customers worldwide with their excellent quality and service. With over 20 years of professional experience, LTZC bearings have accumulated rich professional knowledge and profound industry understanding. The professional team it cultivates can provide each customer with the most suitable bearings for their application needs. Among numerous service industries, LTZC bearings pay special attention to the needs of the robot automation field and focus on providing precision thin-walled bearing solutions.

LTZC robot precision bearing products mainly cover single row deep groove ball bearings, roller bearings, turntable bearings, etc., to meet the needs of different scenarios. Single row deep groove ball bearings are the preferred bearings for most automation applications. Roller bearings are the preferred choice for handling heavy-duty applications. Slewing bearings are widely used for main rotating and related lifting equipment. Precision bearings made of stainless steel or ceramic materials are often used in harsh environments. Below is an introduction to some common types of robot bearings.

Thin section  bearing of Industrial robot bearings

Due to the high requirements for space utilization in robotics technology, Thin section  bearings are an ideal choice as they require smaller volumes and lighter masses without sacrificing their load-bearing capacity and rotational accuracy. The characteristic of this type of bearing is that its inner diameter and outer diameter are wider compared to each other, forming a thin-walled structure that greatly saves space. Despite its small size, its design ensures high load capacity and high rotational speed. This enables thin-walled bearings to play an important role in core components of robots such as robotic arms, actuators, and drive systems, improving the performance and efficiency of robots.

Micro bearings of Industrial robot bearings

The trend of miniaturization in robotics technology requires smaller component sizes and lighter weight, while maintaining its high accuracy and performance, making micro precision bearings popular. The characteristics of this type of bearing are small size, high accuracy, and easy installation, which can meet the demanding high-speed and low friction requirements. Especially in micro robots that require precise positioning and high-speed motion, such as medical robots and micro robotic arms, the application of micro bearings plays a crucial role, greatly improving the flexibility and accuracy of robots.

Double row cylindrical roller bearings of Industrial robot bearings

This type of bearing can provide precise support, high radial bearing capacity, and radial stiffness. As internal adjustment rollers, they are usually used in conjunction with bidirectional angular contact thrust bearings. This precision bearing can share larger loads and provide lower friction and inertia, ensuring that the robot has high-precision rotational motion and stable working ability.

Cross roller bearings of Industrial robot bearings

This type of bearing has a unique design, with rollers arranged in a cross pattern, and can withstand radial, axial, and tilt loads simultaneously inside the bearing. Therefore, they are very suitable for use in robot applications that require high-precision motion control and structural rigidity, especially in joint and motion control systems of industrial robots, as well as in automation equipment that requires precise positioning and high stiffness requirements. The characteristics of cross roller bearings are high load, low heat, high stiffness, and precise control, making them ideal choices for many complex robot equipment.

Slewing bearing of Industrial robot bearings

This bearing is mainly used in the rotating parts of the robot chassis. It has a disc shaped structure, which can achieve smooth all-round rotational motion and high load carrying capacity. The rotary table bearing adopts high-precision manufacturing technology to ensure its rotational accuracy and stability. It has the characteristics of long lifespan, strong wear resistance, low friction and inertia, providing reliable rotational support for the robot chassis and promoting the development of robot technology.

Linear bearings of Industrial robot bearings

Linear bearings: including rolling element linear bearings and sliding linear bearings. These bearings are widely used in equipment that requires precise control of motion, such as automation equipment and industrial equipment. Our linear motion bearings have high precision and reliability, and provide the lowest friction value found anywhere in the market.

These precision bearings are widely used in important components such as robot arms, joints, and drive systems. However, in order to ensure the reliability and performance of the system, it is very important to choose appropriate ABEC grade precision bearings.

Regarding the ABEC level of precision bearings, the Association of Ring Bearing Engineers (ABEC) has established acceptable tolerances related to the operational and dimensional accuracy of all bearings. ABEC grade is the tolerance level for bearings and has become a recognized industry standard. Therefore, bearing manufacturers must ensure that their products are rated by the ABEC Association.

Characteristics of Industrial robot bearings

• The bearing has a large load-bearing capacity

• Good rigidity, high rotational accuracy

• Easy to install, space saving

• Reduce weight, significantly reduce friction

• And provide good rotation accuracy

Industrial robot bearings supplier

LTZC Industrial robot bearings, providing a series of services such as research and development, design, production, and sales of Industrial robot bearings products.

If you are looking for Industrial robot bearings supplier, please contact us for the latest quotation.