Bread Crumb Crusher, Commercial Cheese Grater, 550W Rotary Electric Grater Machine with a Container, High Output 30kg/h, High Efficiency Copper Motor, for Cheese, Butter, Bread Bran Crumbs

Features: ✔ Adopts a 550W0.75HP pure copper motor, which is low noise and good crushing effect. ✔ The body of the bread crumbs machine is made of aluminum alloy, which is durable, light and healthy. ✔ The 304 stainless steel rolling rod has the characteristics of high hardness and no deformation. Specification: Product name: Single head crusher Rated power: 550W0.75HP Rated voltage: 220V50Hz or 110V60Hz Handling capacity: 40kgh Machine size: 49x32x48.5cm GrossNet Weight: 16.5Kg Packing list : 1x Single head crusher 1x Stainless steel pan

• 【Powerful Motor】：The cheese grater machine is equipped with a 550W/0.75HP pure copper motor, delivering low noise and excellent crushing effect. The powerful motor effortlessly handles any grating task with ease, providing efficient and consistent results.
• 【Safe Grating】：Grate large quantities of ingredients in a short time without any hand injuries, thanks to the big hopper and sharp blades of our auto cheese grater. Perfect for commercial use in pizzerias and restaurants, this grater ensures effortless and safe grating.
• 【Versatile Applications】：This machine can grate not only cheeses but also bread, nuts, and chocolates into a fine powder, making it an ideal tool for restaurants, bars, canteens, coffee shops, and dessert shops. Explore a wide range of culinary possibilities with our versatile grater.
• 【Easy to Operation】：Simply place the cheese or bread into the feed port and press the handle slowly, and you will obtain finely grated cheese or bread crumbs. The machine automatically powers off when you lift the handle, ensuring enhanced safety during operation.
• 【Premium Materials】：The body of the bread crumbs machine is crafted from durable and lightweight aluminum alloy, ensuring long-lasting performance. The 304 stainless steel rolling rod boasts high hardness and remains free from deformation.