JD series bearings are high-precision, high-performance linear guide bearings designed to meet the strict requirements of modern mechanical equipment for motion accuracy and stability. Made of high-quality materials, this series of bearings has the characteristics of wear resistance, low friction coefficient and long life, and can maintain excellent performance under high load and high-speed motion conditions.
The JD Series refers to a specialized type of guide wheel or track roller bearing designed for linear motion applications. These bearings are commonly used in systems where smooth, low-friction guidance along a track or rail is required. The JD Series typically features a v-groove or crowned profile, allowing it to run precisely along guide rails, either flat or angular.
Compact structure and strong load-bearing capacity
JD series bearings adopt an integrated roller structure design with a high-strength outer ring, which can withstand large radial and axial loads and is suitable for heavy-duty operating conditions.
Smooth operation and low noise
The rolling contact has high precision and is matched with high-quality grease. It has low vibration and low noise during operation, which is suitable for occasions with high requirements for the operating environment.
Precise guidance and strong anti-eccentric load capacity
The outer ring raceway can be V-shaped, U-shaped or arc-shaped, which can fit the track guide firmly, improve the guidance accuracy, and have good lateral force resistance.
Flexible installation and easy maintenance
The bearings are equipped with mounting screw holes or bolts for quick assembly; the sealing structure is adopted to effectively prevent dust and impurities from entering and extend the service life.
(1) Automation equipment: Applicable to the transmission guide rails in the automated production line to improve the stability and accuracy of the equipment operation.
(2) Machine tool industry: Used in the guide and support parts of high-precision machinery such as CNC machine tools, milling machines, lathes, etc. to ensure processing accuracy.
(3) Textile machinery: Widely used in the moving parts of textile equipment to improve operation efficiency and product quality.
(4) Packaging machinery: Ensure the fast and stable operation of packaging equipment and adapt to high-speed working environment.
(5)Electronic manufacturing equipment: Applicable to electronic assembly and testing equipment to meet the high-precision movement requirements in a small space.
(6) Logistics transportation system: Used in the guide rails and support structures of automatic conveyor lines to ensure smooth and reliable transportation of goods.
(7) Printing machinery: Suitable for the moving parts of printing machines to improve printing accuracy and speed.
Medical equipment: Used in the moving parts of high-precision medical instruments to ensure equipment safety and stability.
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Zhangzhou Dingsen Trading Co., Ltd.
