Steam Peeler

With the continuous progress of modern food processing technology, steam peeler is widely used in the processing of potatoes, tomatoes and other vegetables and fruits due to its high efficiency and precise peeling effect. Especially in improving product quality, the steam peeling machine shows unique advantages. This article will explore how the machine through technological innovation to improve the quality of food processing products.

In the modern food processing industry, improving productivity is the key to competitiveness. In the case of potato peeling, the use of efficient industrial potato peeler machines can significantly increase throughput while maintaining product quality, and Lonkia, a leading manufacturer of food processing equipment, is committed to optimizing the capacity of its peelers through technological innovations to ensure efficient production without compromising on quality.

Recently, Lonkia steam peeler machine was successfully shipped to Thailand and put into use. This advanced steam peeler is widely used in peeling various vegetables and fruits. With its high efficiency, environmental protection and easy operation, it not only improves the peeling efficiency, but also significantly improves the peeling quality, which brings significant economic and production benefits to the customer.

In the food processing industry, potato peeling is a critical pre-treatment. The main types of peeling machines are the brush peeling machine and the steam peeler. So, which machine is better for potato peeling? In this article, we will compare the working principle, peeling effect, scope of application and operating costs of these two types of equipment to help you make a more informed choice.

The potato tomato steam peeling machine is an advanced solution designed for high-efficiency, uniform peeling of fruits and vegetables using steam pressure. The materials are gently rotated within a pressurized steam chamber, ensuring that all surfaces are evenly exposed to steam for effective peeling. This method significantly reduces peeling losses, lowering the typical 30% loss found in traditional peeling techniques to just 4-7%. With a high processing capacity of 1-3 tons per hour, this machine is…