Rotary Crop Rake

  In modern agricultural forage planting and processing, Rotary Tedder-Rake stands out as a key equipment for global farmers to boost operational efficiency, thanks to its core advantage of "dual functions in one machine".

  Unlike traditional single-function tedders or rakes, Rotary Tedder-Rake can complete two core processes—forage spreading and raking—simultaneously. This greatly reduces equipment investment and field operation time, cutting farm operating costs from the source.

  Rotary Tedder-Rake is highly adaptable to different forage types, such as alfalfa, silage corn, and oat grass. It ensures forage completes preprocessing within the optimal drying cycle, meeting diverse processing needs.

  The outstanding performance of Rotary Tedder-Rake comes from its patented rotary tine technology. This technology uses high-strength wear-resistant steel to make rotary tine components, which can evenly spread freshly harvested forage.

  By spreading forage, Rotary Tedder-Rake allows the material to fully contact sunlight and air, shortening drying time by 30%. Meanwhile, in the raking process, Rotary Tedder-Rake precisely controls forage density.

  This precise control of Rotary Tedder-Rake reduces leaf loss and fiber damage, maximizing the retention of forage nutrients. Compared with ordinary equipment, Rotary Tedder-Rake’s rotary tine speed can be intelligently adjusted based on forage humidity.

  When dealing with wet forage, Rotary Tedder-Rake runs at a slow speed to prevent tangling. For dry forage, Rotary Tedder-Rake operates at a fast speed to improve efficiency, adapting to various field environments.

  From the perspective of practical application scenarios, Rotary Tedder-Rake has served more than 500 farms worldwide, covering different terrains such as plains, hills, and mountains.

  In large-scale ranches in North America, Rotary Tedder-Rake can work with combine harvesters to realize the assembly line operation of "harvesting - spreading - raking", processing more than 200 mu of forage per day.

  In small and medium-sized family farms in Europe, Rotary Tedder-Rake has a compact body design, which is easy to turn in narrow fields. The operation panel of Rotary Tedder-Rake is simple and easy to understand, allowing a single person to complete equipment debugging and operation.

  For rainy areas, Rotary Tedder-Rake can quickly rake damp forage to avoid mildew, reducing economic losses for farms. To ensure the stable quality of Rotary Tedder-Rake, we adopt a GMP-certified production system.

  From raw material procurement to finished product assembly, every process of Rotary Tedder-Rake production undergoes strict inspection. The production workshop is equipped with high-precision CNC processing equipment.

  This equipment ensures that the error of core components of Rotary Tedder-Rake—such as rotary tine discs and transmission systems—is controlled within 0.1 mm, extending the service life of Rotary Tedder-Rake to more than 8 years.

  At the same time, we have established a sound supply chain management system to ensure sufficient inventory of key parts for Rotary Tedder-Rake, enabling timely response to maintenance and replacement needs of global customers.

  In terms of market performance, Rotary Tedder-Rake has achieved cumulative sales of over 2,000 units due to its high cost-effectiveness and reliable performance, with a customer repurchase rate of more than 65%.

  To shorten the delivery cycle, we have set up three warehousing centers in North America, Europe, and Asia. Currently, the total inventory of Rotary Tedder-Rake in each center reaches more than 150 units.

  For regular models of Rotary Tedder-Rake, delivery can be made within 72 hours after order placement. In addition, we provide a 1-year free warranty and lifelong technical support for each Rotary Tedder-Rake.

  Customers can obtain professional guidance on Rotary Tedder-Rake operation training and maintenance through online customer service or offline service outlets. Looking ahead, we will continue to invest in research and development.

  We plan to add an intelligent IoT module to Rotary Tedder-Rake, realizing real-time monitoring of operation data and remote fault diagnosis, further enhancing the intelligence level of Rotary Tedder-Rake.

  At the same time, we will launch customized Rotary Tedder-Rake models according to the forage planting characteristics of different regions. For example, there will be an anti-corrosion version for tropical areas and a high-power version for high-altitude areas.

  These customized Rotary Tedder-Rake models will better adapt to global agricultural production needs, helping more farms achieve an efficient and green forage processing mode.