Fully automatic chicken feed pellet production line 35-40t/h turn-key feed

Product Specification

The efficiency of feed pellet production equipment is directly related to production costs, product quality, and market competitiveness. In the face of complex and volatile production environments, optimizing equipment operation and increasing production capacity are issues worthy of in-depth discussion.

First, it's necessary to identify the key factors influencing equipment performance. As a complex mechanical system, the efficiency of a feed pellet machine is influenced by many factors, including the design and manufacturing quality of the equipment itself, the properties and proportions of the raw materials, operation methods, and maintenance.

1. Equipment Design and Manufacturing Quality: The equipment's structural layout, component selection, and machining accuracy directly impact its operating efficiency. For example, the tightness of the punch and die fit, and the smoothness of the transmission system, all affect output and energy consumption.
2. Raw Material Properties and Proportions: The moisture content, particle size, and hardness of feed raw materials all affect the molding effect. Excessively moist or dry raw materials can lead to reduced production efficiency or equipment damage.
3. Operation Methods: Proper operating procedures and parameter settings, such as temperature, pressure, and speed, are crucial for ensuring efficient equipment operation.

4. Maintenance: Timely cleaning, lubrication and replacement of wearing parts can effectively avoid equipment failure and ensure production continuity.

Only by understanding these factors can targeted improvement measures be implemented.

1. Improve punch and die design: Use die materials that meet process requirements and optimize die aperture and shape to ensure uniform and efficient feed forming. For example, increasing the die through-hole area can increase production capacity, but at the same time, ensure forming quality.
2. Adopt an efficient transmission system: Select low-friction, wear-resistant transmission components to reduce energy waste. Rationally layout the transmission path to minimize energy transmission losses.
3. Adjust equipment speed: Too low a speed may affect production, while too high a speed can easily lead to equipment overload and damage. Determine the optimal speed range through testing to ensure both production capacity and extended equipment life.
4. Increase automation: Introduce an automatic adjustment system to automatically adjust pressure, temperature, and speed based on raw material conditions, ensuring the equipment always operates under optimal conditions.

Finished Product Display

Is the supplier reliable?

When choosing feed processing line equipment, you need to pay attention to the quality of the equipment and after-sales service.

Whether it is a new construction or expansion project, or the upgrading and renovation of existing facilities, MIKIM can use its rich processing expertise and experience to meet your specific requirements at the lowest total cost of ownership.

We will customize it according to your feed type, raw materials, formulation, plant area, production capacity, etc.

No matter how special your raw materials are, no matter how limited your plant space is, our engineers can realize the most suitable design to meet your feed processing needs.

Equipment Photos

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