Ratchet Wire Tensioner and Strainer

Based on the principle of 'quality first', we follow a strict QC management system, and control the quality of our trasformer coil taping and busing machine, long ferrite core winding, high speed needle winder in every inspection link from raw materials, production to finished products. We adhere to the 'customer-oriented, create value for customers, open operation, win-win cooperation' business philosophy, and sincerely cooperate with colleagues at home and abroad and friends from all walks of life to create a better future. We deeply strengthen the understanding that green development is the prerequisite for survival and the basis for development. We are committed to improving our overall competitiveness and deepening internal reform with market orientation. In the current fierce market competition, the company will warmly welcome new and old customers to visit, investigate and negotiate business with high-quality products, perfect after-sales service and competitive prices. Let us join hands now to create the future together!

Winding machine electric tensioner. Tension of the MET tensioner is generated using hysteresis brake and a built-in control circuit. Its tensioning mechanism runs without any mechanical contact braking system, resulting in minimal friction from the connecting bearing. This provides a smooth, stable and consistent tension even in even high-speed winding.

- Two tensions' settings for different stages of winding requirements

- Dual LED digital display, real-time reference value display

- Built-in wire breakage detection switch

MET-F Model Selection:

Relying on our technical advantages, the Ratchet Wire Tensioner and Strainer manufactured by us has excellent price-performance ratio. We use the principle of value chain to strengthen the bidding management, gradually incline to the manufacturer, reduce the purchasing cost of intermediate links, etc. We hope to integrate discipline speaking and values education into production and operation, and work life.