2022 China New Design Single Mode Lc Connector - Ingiant High Current Slip Ring For Mining Machines – Ingiant

Specification

Standard Product Outline Drawing

Application Filed

Our high current slip rings are widely used in high-end automation equipment and various occasions that require rotating conduction, such as radar, missiles, packaging machinery, wind power generator, turntables, robots, engineering machinery, mining equipment, port machinery and other fields.

Our advantage

1. Product advantage: High rotating accuracy, more stable performance and longer service life. The lifting material is precious metal + superhard gold plating, with small torque, stable operation and excellent transmission performance. 10 million revolutions of quality assurance. Comprehensive quality management system, strict management in all aspects of design, manufacturing, testing, etc., to ensure the use of materials, coupled with high-precision imported equipment and high-tech technology to ensure, our products Performance and indicators are always at the forefront of similar products in the world.
2. Company advantage: Owns complete mechanical processing equipments including a CNC processing center, with strict inspection and testing standards which can meet national military GJB standard and quality management system, moreover, Ingiant owns 27 kinds of technical patents of slip rings and rotary joints (include 26 untility model patents, 1 invention patent), so we have a big strength on R&D and production process. More than 60 workers with several years experience in workshop production, skilled in operation and production, can better guarantee product quality.

3. Excellent after-sales and technical support service: Customized, accurate and timely service for customers in terms of pre-sales, production, after-sales and product warrenty, our goods are guaranteed for 12 months from date of sale, under guaranteed time non human damage, free maintenance or replacement for quality problems arising from the products.

Factory Scene