Automatic operation - safe and controllable - easy to operate
Superior assistance to effectively improve sand mixing quality and efficiency.
- Improvement of production efficiencyHigh degree of automation, continuous and stable supply of sand, reducing the waste of time caused by manual operation and equipment start and stop, can better meet the needs of large-scale, high-efficiency casting production.
- Ensuring the quality of the sandAccurate batching and real-time quality monitoring and control make the proportioning of the sand accurate and the performance stable, so as to improve the dimensional accuracy, surface quality and internal quality of the castings and reduce the scrap rate.
- Reduced production costs: Precise control of raw material dosage avoids wastage and reduces raw material costs. At the same time, the stable operation of the equipment reduces maintenance and replacement costs, while the efficient sand mixing process indirectly reduces energy consumption.
- energy conservation and environmental protectionAdopting energy-saving motor and control system to reduce energy consumption. Precise batching and efficient sand mixing reduces casting rejects due to sand quality problems, which in turn reduces energy consumption and raw material waste, and meets the requirements of environmental protection.
- Easy production management: Data recording and traceability function facilitates enterprises to manage and monitor the production process, identify problems and take measures to solve them in a timely manner, which improves the efficiency and refinement of production management.
It is widely used in the casting production of automobile manufacturing, machinery manufacturing and other industries. For example, a large automobile manufacturer's foundry adopts on-line sand mixer, the quality stability of sand is greatly improved, the casting scrap rate is reduced from the original 5% to within 1%, the production efficiency is increased by more than 30%, and the production cost is also significantly reduced.