An innovative agricultural machinery component called "S-shaped spring tooth" has attracted wide attention in the field of farming. With its unique structure and high-efficiency performance, this design has significantly improved soil farming efficiency and has become one of the highlights of modern agricultural equipment upgrades.
The spring teeth of traditional tillage equipment mostly adopt straight teeth or arc-shaped design, which is prone to problems such as grass entanglement and soil accumulation when operating in complex plots, affecting the operation results.
The new S-shaped spring teeth adopt a double-bending elastic structure based on the principle of bionics, which can automatically avoid weeds and hard objects during farming and reduce the risk of blockage. Its unique "slow entry and steep exit" motion trajectory can not only achieve deep soil loosening, but also reduce power loss. It is especially suitable for efficient operation scenarios such as returning straw to the field and breaking up compacted land.
Although the S-shaped tine is a small component, it embodies the design concept of "precise drag reduction". Its promotion will help reduce carbon emissions from agricultural machinery operations and is in line with the development trend of green agriculture.
In the future, with the popularization of intelligent agricultural machinery, S-shaped spring tines may become standard components, providing new ideas for improving the quality and efficiency of global food production. The company revealed that the next step will be to develop a series of spring tines suitable for different soil types to further meet the diversified agricultural needs.
Post time: Jul-09-2025