Garlic Clove Peeling Machine, Electric Garlic Separating Machine for Restaurant Kitchen, Stainless Steel Garlic Peeler Machine Commercial Grade Peeli

Introducing our high-quality Garlic Peeling Machine made of sturdy stainless steel. With a powerful 200W motor, it operates efficiently with a peeling rate of 98%. This machine can peel up to 25kg of garlic per hour, making it perfect for use in hotels, barbecue shops, and western restaurants. Please note that the machine is designed for dried garlic and may not work as effectively with wet or fresh garlic. Red garlic and purple garlic may have a lower peeling rate. Despite minimal damage to the garlic during the peeling process, it will not affect the overall quality or taste. For optimal performance, ensure the peeling barrel is free of debris before use and securely lock the machine cover. Only use dry garlic for higher peeling rates and always disconnect the power before cleaning or disassembling the machine. It is important to avoid pressing the switch with wet hands during operation.

• THICKENED STAINLESS STEEL: The garlic peeling machine is made of brushed polished stainless steel, which is dur-able and corrosion-resistant. The internal shaft of the machine can be easily disassembled and cleaned, and maintenance is convenient.
• DIVERSE USES: The electric garlic machine is suitable for dry garlic. Fresh or wet garlic is difficult to peel. Very suitable for commercial use, such as restaurants, barbecue restaurants, canteens, hotels, etc. and home cooking.
• HIGH EFFICIENCY: High-quality motor, 200W power, output up to 25kg/h, peeling rate up to 95%. The silicone turntable is moderately soft and hard, ensuring efficient peeling while maintaining the integrity of the garlic!
• SAFE AND SANITATION: The inner cylinder of the garlic peeling machine is made of food-grade stainless steel, and the rotator is made of specially selected food-grade silicone to ensure the safe of every garlic kernel. Equipped with a portable handle and foot pads to maintain the stability of the machine during .