Disc granulator and drum granulator are two commonly used organic fertilizer granulation equipment, which have significant differences in structure, working principle, scope of application, and performance. Here are their main differences in performance:

Structure and working principle:

Disc granulator: The granulation process of the disc granulator mainly occurs inside the inclined disc, and the material rolls into balls under the centrifugal force of the disc rotation. The tilt angle and rotational speed of the disc can be adjusted to control the size and shape of the particles.

Drum granulator: The drum granulator forms particles by rotating and rolling materials inside a rotating cylinder. There are usually specific structures inside the drum, such as screw propellers, to promote the formation and uniform distribution of particles.

Particle shape and strength:

Disc granulator: tends to produce more regular and round particles with uniform shape and size, and moderate strength.

Drum granulator: The particles produced may be more irregular, but by optimizing the internal structure and operating parameters of the drum, particles with higher strength and better wear resistance can be produced.

Applicable materials:

Disc granulator: more suitable for processing materials with low moisture content and moderate viscosity, such as dry organic waste.

Drum granulator: capable of processing a wider range of materials, including high humidity and high viscosity materials such as certain types of sludge, high humidity organic waste, etc.

Production capacity and energy consumption:

Disc granulator: usually suitable for medium and small-scale production, with relatively low energy consumption.

Drum granulator: suitable for large-scale production, with large production capacity, but relatively high energy consumption.

Equipment maintenance and operation:

Disc granulator: The structure is relatively simple, and maintenance and operation are relatively convenient.

Drum granulator: The structure is complex, and maintenance and operation are relatively complicated, requiring regular inspection and maintenance of the internal structure of the drum.

Cost and return on investment:

Disc granulator: With relatively low initial investment costs, it is suitable for producers with limited budgets.

Drum granulator: The investment cost is relatively high, but in the long run, due to its high efficiency and large production capacity, it may have a better return on investment.

The choice between disc granulator and drum granulator should be determined based on comprehensive factors such as production demand, material characteristics, budget, production scale, and long-term planning. In practical applications, it may be necessary to combine these two devices to achieve the best granulation effect and production efficiency.

Choosing the appropriate fertilizer grinder is crucial for the processing of chicken manure organic fertilizer. Proper selection can ensure production efficiency, product quality, and reduce operating costs. The following are the main factors to consider when choosing a chain crusher:

Evaluate material properties:

Chicken manure moisture content: Chicken manure with different moisture contents has different requirements for fertilizer crushers, and high or low moisture content may affect the crushing effect. Generally speaking, chicken manure with a dry matter content of over 20% is more suitable for direct crushing.

Size of Chicken Manure Blocks: Observe the shape of chicken manure accumulation and determine the average block size to determine the required initial crushing force.

Ingredients of chicken manure: If there are a large amount of non easily broken impurities (such as stones and metal fragments) mixed in chicken manure, it is necessary to choose a fertilizer crusher with stronger wear resistance or conduct pre screening first.

Determine production requirements:

Target output: Clearly determine the amount of chicken manure that needs to be processed per day or hour, and based on this, select the chain crusher with the corresponding production capacity.

Expected particle size of finished product: Based on the specific use of organic fertilizer products, determine the required range of particle size for crushed chicken manure, and then select the matching mesh aperture.

Test equipment parameters:

Power and energy consumption: Understand the rated power and actual energy consumption of the equipment, and calculate the energy cost per unit product based on the expected output.

Crushing ability: Check the maximum crushing ratio of the equipment and recommend the type of crushing material to ensure that the selected model is capable of crushing chicken manure.

Durability and maintenance costs: Inquire about the expected service life of the equipment, replacement cycle and price of vulnerable parts, and daily maintenance needs.

Pay attention to safety and environmental protection:

Dust prevention measures: Confirm whether the fertilizer crusher is equipped with an effective dust collection system to prevent environmental pollution and occupational hazards.

Noise control: Choose equipment with noise suppression design to reduce the impact on the working environment.

Emergency stop function: Ensure that the equipment has reliable safety protection mechanisms, such as overload protection and emergency stop buttons.

Supplier reputation and service:

Brand reputation: Prioritize manufacturers with good industry reputation, as they often provide products of more reliable quality.

After sales service: Understanding the warranty period, spare parts supply capability, and technical support response speed provided by manufacturers are important indicators for measuring service reliability.

Field investigation and trial use:

If conditions permit, visit the manufacturer’s workshop or installed site to personally observe the actual operation of the chain crusher, and even request sample testing to personally experience the performance of the equipment.

Taking into account the above factors and our own budget constraints, we can select the most suitable chain crusher for our chicken manure organic fertilizer processing needs. Continuous communication and exchange with equipment suppliers throughout the decision-making process to obtain professional opinions and suggestions is also a very important step.

The organic fertilizer dryer plays a crucial role in the chicken manure fertilizer production line, mainly used to reduce the moisture content of chicken manure organic fertilizer, thereby improving the preservation and effectiveness of the fertilizer. The following is a detailed analysis of the role and importance of organic fertilizer dryers in chicken manure fertilizer production lines:

Moisture control:

Chicken manure contains a large amount of water, which can easily breed bacteria, produce odors, and be inconvenient for storage and transportation when used directly as fertilizer. By using an organic fertilizer dryer to reduce the moisture content of chicken manure to a suitable range (usually 10% -15%), it can not only inhibit the growth of harmful microorganisms, but also extend the shelf life of fertilizers, making them easier to package and transport.

Improving fertilizer quality:

Dry chicken manure fertilizer has more concentrated nutrients compared to moist state, and can effectively provide the nutrients needed by plants during fertilization. In addition, appropriate moisture content is also beneficial for the formation of fertilizer particles, making chicken manure organic fertilizer more aesthetically pleasing and easy to apply.

Improve processing performance:

In the further processing of chicken manure organic fertilizer, such as the granulation stage, moderate moisture content has a direct impact on the success rate of granulation and the strength of particles. Excessive moisture can cause difficulty in granulation and loose particles; And too low moisture will make granulation difficult. Therefore, the organic fertilizer dryer provides favorable conditions for subsequent granulation and processing by effectively controlling the moisture content of chicken manure.

Energy consumption and environmental considerations:

Although the drying process consumes a certain amount of energy, in modern chicken manure fertilizer production lines, efficient heat source recovery systems are often used, such as reusing the waste gas generated during the drying process, which not only reduces energy consumption but also reduces greenhouse gas emissions, reflecting the concept of circular economy.

Compliance with hygiene standards and regulations:

Many countries and regions have established standards for the moisture content of organic fertilizers, especially those used for agricultural purposes. The organic fertilizer dryer can help the chicken manure fertilizer production line meet these legal requirements, ensuring that the products enter the market legally and compliantly.

In short, the organic fertilizer dryer is an indispensable part of the chicken manure fertilizer production line. It not only solves the problem of high moisture content in chicken manure, but also improves the overall quality and economic benefits of fertilizers by controlling moisture content. At the same time, it also meets the requirements of environmental protection and laws and regulations. In the modern organic fertilizer industry, efficient and energy-saving drying technology has become one of the key factors in improving the overall efficiency of production lines.

The maintenance of the drum granulator for cow and sheep manure organic fertilizer is crucial for ensuring the long-term stable operation of the equipment, extending its service life, and maintaining production efficiency. The following are some key maintenance points for the drum granulator of cow and sheep manure organic fertilizer:

Daily cleaning:

Removal of residues: After each use, the residual organic materials inside and outside the drum should be immediately cleaned to avoid material hardening or mold, which may affect the next use of the equipment.

Cleaning transmission components: Clean the dirt on transmission components such as chains and gears to ensure the cleanliness of moving parts and reduce wear.

Lubrication and maintenance:

Regular lubrication: According to the equipment manual, regularly add lubricating oil or grease to the bearings, gears, chains and other moving parts of the rotary drum granulator to reduce wear and extend the service life of the equipment.

Check oil level: For equipment with an oil tank, regularly check the oil level to ensure that the oil quality is clean, and replace it with new oil if necessary.

Check and replace vulnerable parts:

Check for wear: Regularly inspect the wear of vulnerable parts such as the drum lining and screw propeller, replace worn parts in a timely manner, and prevent equipment failure.

Check sealing: Check the sealing components of the equipment, such as sealing rings, gaskets, etc., to ensure no leakage, and replace damaged sealing components if necessary.

Electrical and control system inspection:

Check electrical components: Regularly inspect electrical circuits, control cabinets, motors, and other electrical components to ensure tight connections, no exposed wires, and avoid electrical faults.

Cleaning electrical components: Use a dry cloth or compressed air to clean electrical components to prevent dust accumulation from causing short circuits or malfunctions.

Regular inspection and debugging:

Equipment calibration: Regularly check and calibrate the parameters of the equipment, such as the tilt angle and speed of the drum, to ensure that the equipment operates in the best condition.

Professional maintenance: Regularly invite professional technicians to conduct comprehensive inspections and maintenance of equipment, especially for complex or critical components, to ensure the best operating condition of the equipment.

Maintenance records:

Record maintenance status: Establish equipment maintenance logs to record the date, content, and results of each maintenance, which helps track equipment status and identify potential issues in a timely manner.

security check:

Check safety devices: Ensure that all safety devices, such as safety doors, emergency stop buttons, etc., are in good working condition to ensure the safety of operators.

Through the above maintenance measures, the service life of the drum granulator for cow and sheep manure organic fertilizer can be effectively extended, ensuring its long-term stable operation and providing reliable support for the production of organic fertilizers. At the same time, regular maintenance can also help prevent equipment failures, reduce production interruptions, improve production efficiency and product quality.

The organic fertilizer crusher not only promotes the development of agricultural circular economy in the process of processing chicken manure fertilizer, but also effectively solves the environmental pollution problem caused by chicken manure stacking. The following points explain how organic fertilizer crushers can help reduce environmental pollution:

Reduce odor emissions:

Untreated chicken manure piles will produce a large amount of odorous gases such as ammonia and hydrogen sulfide, seriously affecting the surrounding environment and residents’ quality of life. The organic fertilizer grinder significantly reduces the emission of odorous gases by quickly crushing chicken manure and combining it with biological deodorization technology during the fermentation process.

Control the spread of pathogens:

Chicken manure contains bacteria, viruses, and parasitic eggs, and indiscriminate disposal can pose a risk of disease transmission. The pulverizer combined with high-temperature composting process can effectively kill these pathogens, convert them into safe and harmless organic fertilizers, and reduce public health hazards.

Reduce water pollution:

Rainwater washing away untreated chicken manure can lead to nutrient influx into water bodies, causing eutrophication and damaging the ecological environment of water bodies. The organic fertilizer processing process controls water content, reduces chicken manure loss, prevents nutrients from directly entering water bodies, and protects water resource quality.

Save land resources:

If chicken manure produced by large-scale aquaculture is not treated, it will occupy a large amount of land for drying or stacking. By processing with an organic fertilizer grinder, chicken manure is transformed into high value-added products, saving land resources and alleviating the problem of land shortage in rural areas.

Greenhouse gas emissions reduction:

The composting and anaerobic digestion of chicken manure can capture greenhouse gases such as methane. Compared to direct emissions, the reuse of organic fertilizer after processing significantly reduces greenhouse gas emissions, which helps to address climate change.

Promote circular economy:

The chicken manure fertilizer processed by organic fertilizer crusher is rich in essential nutrients for crop growth. After returning to farmland, it can not only improve soil structure but also reduce dependence on chemical fertilizers, forming a virtuous cycle of “livestock and poultry fertilizer crops” and promoting green agricultural development.

In summary, the organic fertilizer crusher is not only an important tool for processing chicken manure fertilizers, but also an effective means of environmental protection. It has achieved the transformation of waste resource utilization through scientific processing methods, solving environmental pollution problems and promoting sustainable agricultural development. Therefore, in the construction of modern agricultural systems, promoting and optimizing the application of organic fertilizer crushers is particularly important.

The environmental protection measures during the processing of chicken manure organic fertilizer production line aim to minimize the impact of production on the environment and ensure the sustainability of the entire production chain. Here are some of the main environmental measures:

Closed processing system:

Use enclosed fermentation chambers or tunnels to reduce the odor and harmful gases emitted during the processing of chicken manure, and prevent air pollution.

Biological deodorization technology:

Introducing biological deodorization systems such as biofilters or biological washing towers, utilizing microorganisms to degrade harmful gases such as ammonia and hydrogen sulfide produced during chicken manure fermentation, effectively controlling odors.

Wastewater treatment system:

Establish wastewater treatment stations that use physical, chemical, or biological methods to treat the wastewater generated during the production process, ensuring that the discharged water quality meets national standards and preventing water source pollution.

Energy conservation and emission reduction:

Utilize efficient and energy-saving equipment and technologies, such as heat recovery systems, to recover the waste heat generated during the drying process and reduce energy consumption.

Implement carbon capture technology to capture and store carbon dioxide emissions during production processes, and mitigate global warming trends.

Waste resource utilization:

The solid waste generated during the processing of chicken manure organic fertilizer production line, such as undersized or residual materials, can be reused or used as biomass fuel.

The fermented sludge and slurry can be used as liquid fertilizers to supplement soil nutrients when returned to the field.

Noise control:

Take sound insulation measures, such as installing soundproof walls or enclosures, to reduce the impact of noise generated during the operation of mechanical equipment on the surrounding environment.

Land protection:

Reasonably plan production areas, avoid occupying arable land or ecologically sensitive areas, and protect natural resources and ecosystems.

Implement a crop rotation system, allocate organic fertilizer use reasonably, and prevent land degradation caused by excessive fertilization.

Monitoring and Reporting:

Regularly monitor the air quality, water quality, and soil quality around the factory to ensure that all environmental indicators comply with relevant regulatory requirements.

Provide transparency, publicly disclose environmental data and improvement measures to the public, and accept social supervision.

Employee training and awareness enhancement:

Provide environmental knowledge training to employees to enhance their environmental awareness and ensure that everyone participates in environmental practices.

Establish a reward mechanism to encourage employees to propose innovative suggestions and practices for energy conservation and emission reduction.

Through the implementation of the above series of environmental protection measures, enterprises that process chicken manure organic fertilizer production lines can significantly reduce their negative impact on the environment, promote the harmonious coexistence of industry and nature, and contribute to achieving the goal of green and low-carbon sustainable development.

The cow and sheep manure organic fertilizer rotary drum granulator is a commonly used organic fertilizer granulation equipment, and its granulation process mainly involves multiple steps such as raw material preparation, granulation, drying, and cooling. The following is the detailed granulation process flow of the drum granulator for cow and sheep manure organic fertilizer:

Raw material preparation:

Pre treatment: Firstly, it is necessary to pre treat cow and sheep manure, including steps such as crushing and mixing. The collected cow and sheep manure will be crushed to the appropriate particle size by a grinder, and then mixed with other organic materials (such as straw powder, sawdust, etc.) and necessary nutrients (such as nitrogen, phosphorus, potassium) to adjust the physical properties and nutritional composition of the fertilizer.

Moisture regulation: Adjust the moisture content of the mixed raw materials to a suitable range for granulation, usually 25% to 35%. Excessive or insufficient moisture content can affect the granulation effect.

Granulation:

Working principle of rotary drum granulator: The cow and sheep manure organic fertilizer rotary drum granulator uses a tilted rotating cylinder, and the material forms particles through rotation and rolling inside the cylinder. Spiral thrusters are usually installed inside the cylinder to promote the rolling of materials and the formation of particles.

Granulation process: The pre treated raw materials are fed into the feed inlet of the rotary drum granulator, and through the rotation of the cylinder, the materials roll internally, gradually forming uniformly sized particles. The inclination angle, rotational speed, and internal structure design of the drum can all affect the formation of particles.

dry:

Drying purpose: The granulated particles need to be dried by a dryer to reduce their moisture content, improve their stability and strength, and facilitate subsequent storage and transportation.

Drying process: The particles are transported by a conveyor to a dryer, where the moisture content of the particles is evaporated by hot air or other heating methods until the desired moisture content is achieved.

Cooling:

Cooling purpose: The dried particles need to be cooled to room temperature to avoid affecting the quality of the fertilizer due to high temperature, and to facilitate subsequent packaging and storage.

Cooling process: The particles are cooled by a cooling machine, and the temperature of the particles is reduced to a safe range through natural cooling or forced air cooling.

Screening and packaging:

Screening: Use a screening machine to screen the cooled particles, remove unqualified particles, and ensure the consistency and quality of the product.

Packaging: Qualified particles after screening are packaged for easy storage, transportation, and sale.

Through the above process flow, the cow and sheep manure organic fertilizer rotary drum granulator can convert organic waste such as cow and sheep manure into high-quality organic fertilizer particles, which not only improves the physical properties and nutritional components of the fertilizer, but also realizes the recycling of resources, reduces environmental pollution, and meets the requirements of modern agricultural sustainable development.

Sheep manure, as a high-quality organic fertilizer raw material, contains abundant nitrogen, phosphorus, potassium, and various trace elements, making it very suitable for making high-quality organic fertilizers. Choosing a suitable fertilizer grinder is one of the crucial steps in the process of processing it into organic fertilizer. Here are some suggestions on how to choose a fertilizer grinder based on the characteristics and processing needs of sheep manure:

Understand the characteristics of sheep manure

Moisture content: The moisture content of sheep manure directly affects the difficulty and efficiency of crushing. Generally speaking, the moisture content should be between 30% -40%, at which point the sheep manure is easy to crush and will not adhere too much.

Cellulose content: Sheep manure contains a certain proportion of undigested plant fibers, which determines that the crusher needs sufficient cutting and grinding capabilities.

Agglomeration tendency: Fresh sheep manure is prone to clumping, especially under humid conditions. It is important to choose a pulverizer that can effectively break these clumps.

Consider processing requirements

Expected output: What is your daily processing capacity? This will determine how much fertilizer grinder capacity you need.

Finished product requirements: How fine do you want the final organic fertilizer powder to be? Different application scenarios have different requirements for granularity.

Space constraint: How much space does your factory have to accommodate fertilizer grinders? Some large equipment requires sufficient space and height.

Compare different types of crushers

Chain crusher: suitable for crushing various dry and wet organic materials, especially suitable for crushing materials with certain humidity and containing fibers. Its advantages lie in strong processing capacity and high crushing efficiency, but it may accelerate equipment wear and tear for materials with excessively high hardness.

Hammer crusher: It uses high-speed rotating hammers to strike materials and is suitable for crushing dry and soft materials. If the sheep manure is already dry enough, this grinder can work well.

Roll press crusher: It uses two relatively rotating rollers to squeeze materials, suitable for crushing materials with moderate hardness and without a large amount of fibers. For partially dried sheep manure, this is a good choice.

Cage crusher: Especially suitable for processing materials with high moisture content, such as fresh or semi dry sheep manure. It can effectively break down clumps while maintaining low energy consumption.

matters needing attention

Safety: Ensure that the selected fertilizer grinder has comprehensive safety protection measures, such as emergency stop buttons, dust and noise reduction designs.

Easy to clean and maintain: Choose crushers that are well-designed, easy to clean and maintain on a daily basis, which can extend equipment life and reduce downtime.

Cost benefit analysis: Compare the initial investment costs and long-term operating costs of different models, including electricity consumption, maintenance costs, and the cost of replacing parts.

Action before final decision

If possible, request equipment suppliers to provide sample testing opportunities to witness the performance of the crusher firsthand.

Seek the opinions of industry experts, especially those who have successfully applied a certain type of crusher in similar environments, to share their experiences.

Through careful research and comparison, combined with your actual situation, you can choose the most suitable fertilizer grinder for processing sheep manure, laying a solid foundation for producing high-quality organic fertilizers.

Organic fertilizer equipment plays an important role in processing chicken manure organic fertilizer. It can not only effectively solve the environmental pollution problems faced by breeding plants, but also turn waste into treasure, transforming chicken manure, an agricultural byproduct, into high-quality organic fertilizer and achieving environmentally friendly agricultural production. The following are specific ways in which organic fertilizer equipment can help livestock farms solve the problem of chicken manure pollution:

Reduce environmental pollution:

Odor control: Through biological deodorization technology and enclosed treatment facilities, organic fertilizer equipment can significantly reduce harmful gases such as ammonia and hydrogen sulfide produced during chicken manure fermentation, and alleviate the impact of foul odors on the surrounding environment.

Wastewater management: In the process of chicken manure treatment, a certain amount of wastewater is generated. Organic fertilizer production equipment is equipped with advanced wastewater treatment systems, which can effectively purify water quality and prevent water resource pollution.

Resource recycling:

Chicken manure conversion: Chicken manure is rich in various nutrients required by crops such as nitrogen, phosphorus, and potassium. Through the processing of organic fertilizer equipment, chicken manure is converted into high-quality organic fertilizer, which can be used for fertilization in farmland, promoting crop growth, reducing dependence on chemical fertilizers, and forming a virtuous ecological cycle.

Energy recovery: In the process of chicken manure treatment and organic fertilizer production, the biogas produced by chicken manure fermentation can be used as biomass energy to provide power for organic fertilizer equipment, achieving energy self-sufficiency while reducing the consumption of fossil fuels.

Soil improvement and crop yield increase:

Improving soil structure: Chicken manure organic fertilizer can increase the organic matter content of soil, improve soil structure, enhance soil water and fertilizer retention capacity and permeability, and create a more suitable micro ecological environment for crop growth.

Promoting healthy crop growth: Beneficial microorganisms in organic fertilizers can promote crop root development, enhance crop resistance to pests and diseases, reduce pesticide use, and improve agricultural product quality and yield.

Policy support and economic incentives:

Compliance with environmental regulations: Many countries and regions have introduced a series of environmental policies and regulations to encourage and support livestock and poultry farms to implement manure resource utilization projects, use organic fertilizer equipment to process chicken manure organic fertilizer, which can meet regulatory requirements and enjoy government subsidies or other forms of economic incentives.

The market potential is enormous: With the increasing demand for green food from consumers, the demand for organic fertilizers in the market is becoming increasingly strong. Livestock farms convert chicken manure into organic fertilizers through organic fertilizer equipment, opening up a new source of income and increasing the economic benefits of farms.

In summary, organic fertilizer equipment not only solves the environmental pollution caused by chicken manure in breeding plants, but also promotes the sustainable development of agriculture, achieving a dual improvement in economic and social benefits. Promoting the resource utilization of agricultural waste through technological means is one of the important measures to build an ecological civilization society at present.

When selecting suitable organic fertilizer production equipment for a breeding farm, it is necessary to comprehensively consider factors such as the scale of the farm, types of raw materials, production goals, funding budget, and market positioning. Here are some suggestions for selecting organic fertilizer production equipment based on the scale of the farm:

Small scale breeding farms:

Equipment selection: Small scale farms can consider using small organic fertilizer production lines, including small crushers, mixers, and simple granulators. These devices have a small footprint, simple operation, and low cost.

Considerations: Focus on the usability and maintenance costs of the equipment. Due to the small output, the production efficiency of the equipment is not the primary consideration.

Medium scale breeding farms:

Equipment selection: Medium sized farms can consider using highly automated organic fertilizer production lines, including medium-sized crushers, mixers, disc granulators, dryers, coolers, and packaging machines. These devices can improve production efficiency and reduce labor costs.

Considerations: It is necessary to evaluate the production capacity and automation level of the equipment to match the production needs and budget of the farm. Meanwhile, considering the energy consumption and maintenance costs of the equipment.

Large scale breeding farms:

Equipment selection: Large scale breeding farms should choose large-scale, high-efficiency, and highly automated organic fertilizer production equipment, such as large crushers, mixers, drum granulators, high-efficiency dryers, coolers, screening machines, and automatic packaging machines, to form a complete organic fertilizer production line.

Considerations: Focus on the production efficiency, energy consumption, automation level, and long-term operating costs of the equipment. Large scale breeding farms usually have a high budget and should prioritize equipment performance and long-term benefits.

Customized production line:

Equipment selection: For breeding farms with special needs, such as specific raw material processing, special product requirements, etc., customized organic fertilizer production lines can be considered. Customized production lines can more accurately match the production goals of farms.

Considerations: Communicate production requirements in detail with equipment suppliers, evaluate the feasibility and cost-effectiveness of customized production lines.

Financial budget and market research:

Budget planning: Based on the funding budget of the breeding farm, plan equipment investment reasonably to avoid excessive investment leading to tight funding chains.

Market research: Understand the demand for organic fertilizer products in the target market, select equipment that can produce products that meet market demand, and improve the market competitiveness of the products.

Equipment supplier evaluation:

Supplier Qualification: Choose equipment suppliers with good reputation and professional experience to ensure the quality of equipment and after-sales service.

Technical support: Consider the technical support and training provided by suppliers to ensure that the farm can effectively operate and maintain equipment.

In summary, when selecting organic fertilizer production equipment, breeding farms should comprehensively consider their own scale, production goals, budget, and market positioning, and choose the most suitable equipment to achieve efficient and stable organic fertilizer production. Meanwhile, collaborating with professional equipment suppliers to obtain professional advice and technical support is crucial for improving production efficiency and product quality.