Fully automatic horizontal hydraulic baler
1. Equipped with advanced PLC control system, it can accurately control various parameters of the packaging process, such as pressure, time, etc.
2. It adopts hydraulic drive system, which provides strong compression force and can compress loose materials into tight blocks in a short time.
3. The hydraulic system has been optimized and has low energy consumption. Compared with traditional electric or pneumatic balers, it can greatly reduce energy consumption and save production costs.
3. The body frame is made of high-strength high-quality steel, with a solid structure and can withstand greater pressure and impact.
4. It can be used to compress various types of materials, such as waste paper, plastic, metal waste, etc., and is widely used in the material packaging needs of multiple industries.
5. The overall structure of the equipment is relatively simple, mainly composed of hydraulic system, compression device, control system, etc., which is easy to understand and operate.
This fully automatic horizontal hydraulic baler is a highly efficient material compression and baling equipment that integrates mechanical, hydraulic and electrical functions. It is designed to meet the needs of modern industrial production, logistics warehousing, resource recycling and other fields for fast and stable baling of large quantities of materials.
The whole process from material conveying, compression to bale pushing and bundling is automated, without excessive manual intervention, which greatly reduces labor intensity and labor costs.
It can handle a variety of materials of different types and properties. Whether it is light, thin and soft materials or hard and heavy materials, this baler can achieve efficient and stable baling operations by adjusting compression parameters and selecting appropriate baling accessories.
The use of advanced hydraulic control systems and sophisticated mechanical structure design can accurately control the size and shape of the bales, ensuring that each bale is of the same size and has a regular shape, making it easy to stack and transport.
Focusing on the safety performance design of the equipment, it is equipped with multiple safety protection devices to ensure the personal safety of operators and the normal operation of the equipment.
Energy conservation and environmental protection factors were fully considered during the design process, and an efficient and energy-saving hydraulic system and power transmission device were adopted to effectively reduce the energy consumption of the equipment.
It is welded with high-strength high-quality steel, and has undergone sophisticated processing and strict quality inspection to ensure that the fuselage structure is strong and durable, with excellent compression and deformation resistance.
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