Peeling Machine

●The machine has a compact structure, occupying minimal space and being easy to install.
●It is made of high-quality stainless steel material, ensuring durability, non-toxicity, and easy cleaning.
●The drum-type design ensures effective peeling by rotating the garlic cloves inside a closed barrel with rubber pads, resulting in high-peeling rates and low breakage.
●The machine's automatic temperature control system maintains consistent performance even when operated at varying temperatures.
●It is equipped with conveying material that helps store garlic for extended periods.
●The garlic peeler operates quietly, making it ideal for use in various settings such as food processing factories, restaurants, and vegetable markets.
●It has low energy consumption, making it eco-friendly and economical.
●The machine is highly automated, easy to operate, and maintain, having a low failure rate and steady performance.

●The machine has a compact structure and occupies minimal space.
●It is made of high-quality stainless steel, making it durable, non-toxic, and easy to clean.
●The chain-type design ensures that the garlic cloves move forward smoothly during peeling, resulting in a high rate and low garlic breakage.
●It has a simple control system, making it easy to operate and monitor.
●The machine has an automatic temperature control system, ensuring consistent performance even with varying temperatures.
●It efficiently removes garlic skin with minimal noise pollution.
●It is ideal for food processing factories, restaurants, and vegetable markets.

The cylinder type peeling machine, also known as a drum peeling machine, is commonly used for peeling fruits and vegetables on a large scale in industrial settings. Its working principle involves three main components: a rotating cylinder, abrasive material, and produce feed mechanism. The peeling process begins with a rotating cylindrical drum. This drum is usually made of stainless steel and is mounted horizontally. It is equipped with a roughened or abrasive surface, such as rubber paddles or metal ridges. The drum rotates at a controlled speed. As the drum rotates, the abrasive material on its surface comes into contact with the incoming product. This abrasive material helps to loosen and remove the outer skin or peel of the fruits or vegetables. The produce to be peeled is fed into the peeling machine through a hopper or chute. The produce moves along the length of the rotating drum, effectively peeling the outer skin. The produce is typically guided by vanes or blades within the machine to ensure proper contact with the drum's abrasive surface. As the produce comes into contact with the rotating drum, the friction between the abrasive surface and the outer skin causes the peel to be removed. The rotating action of the drum, combined with the abrasive material, helps to peel the produce uniformly and efficiently.

The chain peeling machine is another type of industrial peeling machine commonly used for peeling fruits and vegetables. Its working principle involves a continuous looped chain with attached blades or paddles that peel the produce as it moves through the machine. The chain peeling machine consists of a chain that forms a continuous loop. On the chain, there are attached blades or paddles that are designed to peel the outer skin of the produce. These blades or paddles can be made of materials like metal or rubber, depending on the specific application and the produce being peeled. The produce to be peeled is fed into the machine through a hopper or chute. The chain and blade assembly continuously moves in a loop, pulling the produce along with it. As the produce moves through the machine, it comes into contact with the rotating blades or paddles on the chain. The blades or paddles scrape or rub against the outer skin, effectively peeling it off. The thickness and positioning of the blades or paddles can be adjusted to control the depth of peeling according to the desired result. The peeled skin or waste material is separated from the peeled produce as it continues to move through the machine. Depending on the design of the chain peeler, there may be mechanisms to collect and remove the waste material.