Production of Schumacher cutter transmission box

Production of Schumacher cutter transmission boxSchumacher (Qingdao) Agricultural Machinery Co., Ltd. is a wholly-owned subsidiary of Schumacher Group established in China in 2018, with the first phase mainly focused on warehousing and sales.

At present, the main product for sale is the Laserberg knotter, which has been in the Chinese market for more than 20 years. It has cooperated with many domestic baler manufacturers such as Huade, Huaxi, Xingguang, Yulong, Lovol, Zhonglian, etc. for a long time and is deeply trusted by a large number of users.

As a subsidiary of Schumacher Group in Asia, Schumacher (Qingdao) Agricultural Machinery Co., Ltd. is willing to contribute to the upgrading and modernization of China's agricultural machinery industry with the support of the group and its customers. We welcome new and old customers to call us.

Production of Schumacher cutter transmission boxFeatures: High work efficiency: low consumption and high efficiency, flexible and stable without vibration, long service life

1). The technology ensures pure linear motion of the cutting blade, significantly reducing vibration, minimizing friction losses, and avoiding malfunctions.

2). Optimization of cutting blade stroke and transmission ratio can achieve high speed under wide cutting range and fast travel.

3). Efficient transmission improves the overall working ability of the machine and is environmentally friendly with low oil consumption

4). A harvester with a cutting width of 3-12m that can be matched for fast driving

5). Low maintenance, grease lubrication, stable and sturdy system, long service life

6). Widely used on the cutting platforms of major mainstream combine harvesters around the world

7). The influence of the Schumacher brand can increase the recognition of your harvester in overseas markets. When working, irrigation water enters from below the joint and is ejected at high speed from the water nozzle. After entering the wheel, it is divided into two streams at the center of the wheel and moves towards the two curved channels of the wheel. The impeller rotates under the action of water flow, generating centrifugal force, and then the water flow is thrown towards a distance under the combined action of the centrifugal force generated by the impeller and its own kinetic energy.