High precision performance: FODA linear bearing adopts P4 level accuracy, with very low radial runout and axial runout, to ensure the accuracy of equipment movement. Through the precision manufacturing process, the motion trajectory of linear bearings is extremely stable, which is suitable for high-precision application scenarios, such as CNC machine tools and precision instruments.
High temperature and wear resistance: FODA linear bearings are made of high wear-resistant and high temperature resistant materials, which can work stably under high load and harsh working environment, greatly extending the service life of the equipment. It can maintain excellent performance under high temperature or high pressure working conditions, and is not prone to premature wear and failure.
Corrosion resistance: FODA linear bearing surface after special treatment, has good corrosion resistance, suitable for humid, corrosive gas or liquid environment, to ensure long-term reliability.
Low noise and smooth operation: Using fine processing technology and high quality materials, FODA linear bearings almost no noise during operation, to ensure that the equipment is more stable, reduce the impact of noise and vibration on the surrounding environment, especially suitable for precision equipment and robots requiring high stability.
FODA linear bearing models are rich, can meet the needs of different applications, the main classification is as follows:open linear bearing: suitable for high precision requirements, light load equipment. Simple structure, easy to install and maintain, common in precision instruments, electronic equipment and other fields.
closed linear bearing: with a closed design, can effectively prevent external dust or debris into, suitable for the working environment requirements of higher occasions, with strong protection ability, common in factory automatic production line.
Self-lubricating linear bearing: built-in self-lubricating system, no additional refueling, reduce maintenance costs, suitable for low maintenance requirements of equipment and long-term operation of automation systems.
Linear bearings with guide rails: This type of bearing is used in combination with guide rails to provide increased stability and load capacity, suitable for equipment carrying large loads or requiring high stability.
Automatic production line: widely used in industrial automation equipment to help improve production efficiency and accuracy. Suitable for installation on robotic arms, conveyor belts, sorting systems and other automation equipment.
CNC machine tools: FODA linear bearings are used in CNC machine tools to provide accurate positioning and movement, reduce mechanical wear, improve machining accuracy and extend equipment life.
Robotics: In the robot joints and drive systems, FODA linear bearings provide smooth, precise movement and ensure efficient operation. Especially used in flexible automation, assembly and handling fields.
Medical equipment: In medical equipment requiring high accuracy and stability, FODA linear bearings provide long-term stability and are especially suitable for high-precision medical instruments such as MRI machines and CT scanners.
Aviation and aerospace: FODA linear bearings are widely used in precision equipment and machinery in the aerospace field because of their excellent accuracy, high temperature resistance and low noise performance.
Professional technical support: FODA provides customers with comprehensive technical support, from product selection, customization requirements to technical consultation, to ensure that customers can choose the most suitable linear bearing products.
Global after-sales service: FODA provides a responsive after-sales service wherever the customer is located. Whether it is installation, maintenance or problem solving, FODA can provide customers with a full range of technical support.
