LTZC light slewing bearings were successfully delivered to customers

LTZC offers lightweight slewing bearings in various specifications tailored to customer needs. Specifications include inner diameter, outer diameter, width, dynamic load rating, static load rating, and weight. Bearing configurations can be adjusted, including toothed or toothless designs, and tooth profiles of spur or helical. Surface treatment options include painting and galvanizing.

LTZC uses bearing steel as the primary material in its production process. This material undergoes heat treatment processes such as forging, annealing, and quenching to ensure hardness and toughness. Processing steps include turning, grinding, and assembly, with dimensional and performance testing performed at each stage to ensure product quality.

LTZC provides technical support to assist customers with bearing selection. We also provide product instructions, including installation procedures, lubrication requirements, and maintenance intervals. We also offer after-sales service to address any issues that may arise during use.

If you have any questions or are looking for slewing bearing,please contact LTZC.

website:https://www.ltzcbearing.com/

Email:Eric.wang@ltzzc.com

Key Features of Lightweight Slewing Bearings:

Lightweight Design: Small size and light weight (30%-50% lighter than similar specifications), compact structure, rolling elements suitable for light loads, and streamlined materials without redundancy.

Suitable for Light Loads: Withstands combined radial and axial loads (radial ≤ 50 kN, axial ≤ 30 kN), offers low torque and minimal starting resistance, making it suitable for low speeds (≤ 10 r/min) and frequent starts and stops.

Flexible Installation: Equipped with mounting holes for direct bolt fastening, it adapts to thin-walled machine frames, offers high positioning accuracy, simplified maintenance, and a rust-resistant foundation.

Applications: Lightweight equipment such as small construction machinery, medical equipment, and automation platforms requires a lightweight structure to achieve stable rotation and reduce costs and energy.