What is a garlic peeling machine?
A garlic peeling machine is a food processing device specifically designed for quickly removing the outer skin of garlic cloves. It is commonly found in condiment factories, dapur pusat, pre-prepared food factories, and frozen food processing plants. It effectively separates the garlic skin from the cloves through airflow, vacuum negative pressure, or friction structures, thus significantly improving peeling efficiency.
Compared to traditional manual peeling, the core advantages of a commercial garlic peeling machine lie in its high speed, high garlic clove integrity, high hygiene standards, and ability to support long-term continuous operation.
Modern equipment often uses stainless steel structures, has a high degree of automation, and can be used in conjunction with upstream and downstream equipment such as washing machines, clove separators, slicers, and garlic mincers to form a complete garlic processing production line.
For food processing companies, a high-quality industrial garlic peeling machine not only significantly reduces labor costs but also keeps the garlic cloves naturally intact and undamaged, providing more consistent product quality for subsequent processing.
Jadi, do you know how a garlic peeling machine works?
10 steps of a garlic peeler machine
Peeling garlic has always been a tedious and time-consuming task in kitchens and food processing plants. With technological advancements, garlic peeling machines have revolutionized this process. They are efficient, clean, and significantly improve production efficiency.
Dalam artikel ini, Gondor will guide you through 10 steps to understand how a garlic peeling machine works.
1. Garlic Washing and Pre-treatmentBefore peeling, garlic needs to be washed to remove mud and impurities. Some factories also dry or air-dry the garlic to make the skin drier and improve peeling efficiency.
2. Clove Separation and Impurity RemovalThe garlic head is separated into individual cloves, and impurities such as mud, skin, and stems are removed through air separation and screening to ensure a more stable raw material entering the peeling machine.
3. Automatic Feeding and ConveyingThe washed and sorted garlic cloves enter the conveyor device and are evenly fed into the peeling chamber of the garlic peeler machine, achieving stable and continuous production.
4. Negative Pressure Vacuum System ActivationCommercial models often use a negative pressure vacuum peeling system, which uses a strong airflow to adsorb and peel the garlic skin without damaging the garlic clove surface, making it ideal for food processing companies.
5. High-Speed Airflow Impacts the Garlic SkinInside the machine, a high-speed airflow continuously impacts the surface of the garlic cloves, causing the loose outer skin to peel off instantly. This is the core principle behind the high efficiency of commercial garlic peeler machines.
6. Material Tumbling in the Peeling ChamberThe peeling chamber employs a spiral airflow structure, causing the garlic cloves to tumble continuously in a high-speed airflow. This ensures precise peeling from all angles, improving peel integrity.
7.Automatic Separation of Garlic Peel and ClovesAutomatic Separation of Garlic Peel and Cloves: The internal airflow separation structure allows lighter garlic peels to be sucked away, while intact garlic cloves settle, achieving precise grading.
8.Vacuum Suction of Peeled Garlic PeelThe peeled dry peel is automatically drawn into a dust collection bag or peel collection box via a vacuum system, ensuring a clean production environment and enhancing the equipment’s continuous operation capability.
9. Automatic Discharge of Intact Garlic ClovesThe peeled garlic cloves are automatically discharged through the outlet, dengan halus, clean, and undamaged surface, ready for subsequent processes such as slicing, mud-making, pickling, atau kemasan.
10. Intelligent Equipment Detection and Maintenance RemindersModern garlic peeling machines often utilize PLC control, which can detect parameters such as material blockage, air pressure, and peeling rate, automatically prompting for maintenance or shutdown protection, improving safety and stability.
