Choosing a cassava starch processing machine can be considered from the following aspects:

Choosing cassava starch production line can be considered from the following aspects:

1. Production capacity

-Matching requirements: Determine machine production capacity based on one's own production plan, such as the planned daily or hourly processing of cassava. Small workshops can choose machines that can process hundreds of kilograms of cassava per hour, while large factories require machines that can process several tons or even more per hour.

-Reserved space: Considering the possible growth of future business, machines with slightly higher production capacity than current demand can be selected appropriately to leave room for the development of the enterprise.

Machine quality

-The machine is made of high-quality food grade stainless steel material, which is corrosion-resistant, easy to clean, and can ensure the quality and safety of starch. Components that come into direct contact with cassava or starch, such as cassava cleaning machines and starch separators, should be made of stainless steel.

-Advanced technology: Advanced manufacturing processes ensure stable machine performance. The welding joints of the machine should be smooth and flat, without any missed or virtual welding; The transmission components operate flexibly, with high precision, reducing the occurrence of faults.

-Brand reputation: Machines from well-known brands generally have more reliable quality, and brand reputation can be understood through industry peer recommendations, online evaluations, etc. Brands that have been deeply rooted in the industry for many years and have good user feedback are more trustworthy.

Function configuration

-Basic functions: A complete cassava starch processing machine should have basic functions such as cleaning, crushing, separation, filtration, dehydration, and drying to ensure efficient conversion of cassava into starch.

-Automation level: Machines with high automation level can reduce labor costs, improve production efficiency and product quality stability. If equipped with an intelligent control system, the machine can achieve functions such as automatic feeding, automatic parameter adjustment, and automatic fault alarm.

Price factor

-Budget range: Before choosing a machine, it is important to clarify one's own budget. On the premise of meeting production needs and quality requirements, choose machines with high cost-effectiveness to avoid blindly pursuing high-end machines that result in high costs.

-Price comparison: Consult several manufacturers and compare the prices of machines of the same type and specifications, while considering the cost of later maintenance and replacement of vulnerable parts.

after-sale service

-Technical support: Machine manufacturers should be able to provide professional technical support, including machine installation and debugging, operation training, technical guidance, etc., to ensure that operators can correctly use and maintain the machine.

-Repair service: Good after-sales service is reflected in timely repair response. Manufacturers should have a comprehensive after-sales service network that can quickly provide on-site repairs in case of machine malfunctions, provide sufficient spare parts, and reduce machine downtime.