For commercial garlic processing plants, production capacity is not the only metric that needs attention. After the raw material undergoes washing, clove separation, grading, peeling, and sorting, the final yield of intact, clean, and compliant peeled garlic cloves directly impacts actual production profits. Therefore, when designing a peeled garlic processing plant, attention should be paid to equipment processing capacity, peeling efficiency, and garlic clove damage rate.
At Which Stages Do Processing Losses Primarily Occur in Garlic Processing?
1. Mechanical Damage During the Clove Separation Process
Whole garlic heads must first be crushed and separated into individual cloves. If the equipment design or operating parameters are inappropriate, this can result in broken, crushed, or superficially damaged cloves. Therefore, clove separation equipment must be selected based on the size and variety of the garlic heads, and appropriate conveyor speeds should be used to minimize unnecessary collisions.
2. Clove Loss During Peeling
Peeling is a critical step affecting the finished product yield. Traditional high-friction methods may increase clove damage, whereas pneumatic peeling—which uses airflow to remove the skin—reduces mechanical compression. LONKIA's peeled garlic processing plant employs the pneumatic peeling principle, achieving a peeling rate of over 95% and is suitable for a wide range of garlic varieties and sizes.
3. Losses Caused by Conveying and Sorting
Peeled garlic cloves still need to undergo conveying, separation, and inspection. If the conveying height is too great or transfer points are poorly designed, collisions and drops are likely to occur. Therefore, equipment along the garlic peeling production line should be seamlessly integrated, and unnecessary height differences should be minimized.
How Can Processing Losses Be Reduced Through Equipment Configuration?
Align Upstream and Downstream Production Capacities
Do not focus solely on the garlic peeling machine's theoretical output. The production capacities of clove separation, peeling, sorting, drying, and packaging equipment should all be properly aligned; otherwise, bottlenecks or delays may occur in certain processes, increasing product damage.
Prioritize Maintaining the Rate of Intact Cloves After Peeling
For fresh peeled garlic products, maintaining a high rate of intact cloves is typically more important than simply increasing equipment speed. When purchasing equipment, it is recommended that suppliers conduct tests using the customer's actual raw materials, focusing on confirming the peeling rate, intact clove rate, and actual loss, rather than merely comparing rated production capacity.
Adopt a Design That Facilitates Cleaning and Maintenance
Garlic skins and debris tend to accumulate inside the equipment. A production line featuring a modular design and removable components facilitates daily cleaning and maintenance, while also minimizing the impact of residue on subsequent processing steps. LONKIA can adjust equipment configurations based on customers' raw materials and product requirements, providing turnkey solutions for various processing needs.
What Should Be Prioritized When Purchasing a Peeled Garlic Processing Plant?
Customers are advised to confirm the following with equipment suppliers: raw material input, actual peeled output, peeling efficiency, garlic clove damage rate, sorting loss, and final yield of qualified finished products. Only by evaluating these metrics collectively can one truly assess a system's processing efficiency.
For processing plants seeking to minimize raw material loss and consistently produce high-quality peeled garlic, a well-designed garlic peeling production line should feature an integrated design covering the entire process—from clove separation and pneumatic peeling to conveying and sorting. Contact us today to learn more!
