Peanut peeling machine

In the world of food processing and agricultural technology, innovation plays a crucial role in streamlining operations and enhancing efficiency. One such revolutionary device making waves in the industry is the Peanut Peeling Machine. Designed with precision and advanced technology, this specialized equipment has transformed the labor-intensive task of peanut peeling into a seamless and automated process.

The Peanut Peeling Machine is engineered to tackle the challenges associated with the manual peeling of peanuts, offering a solution that not only saves time but also ensures a higher level of consistency and quality in the end product. This ingenious device employs cutting-edge mechanical techniques to efficiently remove the outer skin of peanuts, leaving behind perfectly peeled and ready-to-use kernels.

Different types of peanut peeling machine

Pioneering the forefront of peanut processing technology, we proudly present the Peanut Peeler Machine series, comprising two primary models: the Dry Peeling Machine and the Wet Peeling Machine. This series represents the latest generation of peanut peeling technology, aiming to provide efficient and precise solutions for the food processing industry.

1. Dry peanut peeler machine

To begin with, our Dry Peeling Machine incorporates cutting-edge technology, showcasing outstanding performance. Its meticulously designed structure ensures smooth operation, laying a reliable foundation for production. The choice of materials and craftsmanship not only guarantees the machine’s longevity but also effectively reduces maintenance costs.

This machine stands out for its high peeling efficiency, meeting international export standards and providing robust support for superior production line performance. Its design for multiple units in combination allows for flexible adaptation to production needs of varying scales, making it an invaluable tool for enhancing overall production efficiency.

Model	Power	Size	Capacity	Peeling rate
TZ-GT-4	0.75KW	1100x400x1100mm	200kg/h	98%
TZ-GT-8	1.5KW	1100x600x1100mm	400kg/h	96%
TZ-GT-12	2.61KW	1180x900x1100mm	600kg/h	96%

2. Wet peanut peeler machine

Next in line is the Wet Peeling Machine, another star in the Peanut Peeling Machine series that prioritizes product integrity while demonstrating exceptional capabilities. Before usage, this machine requires a brief soaking of peanuts, using either warm or cool water, to ensure optimal peeling results.

With strong adaptability, it can handle diverse pre-production peeling requirements, offering more choices for production. Through wet peeling, this machine excels at preserving the integrity of peanuts, minimizing damage, and completing the peeling process in an environmentally sustainable manner.

Model	Power	Size	Capacity	Peeling rate
TZ-100	0.55KW	1180*720*1100mm	120-150kg/h	98%
TZ-180	0.75KW	1180*850*1100mm	200-250kg/h	96%

The introduction of the Peanut Peeling Machine series not only brings technological innovation to the peanut processing industry but also caters to diverse customer needs in improving production efficiency and maintaining product quality through two distinct models. The emergence of this series signifies the advent of a new era in the field of peanut peeling.

Key advantages of peanut peeling machine

1. Efficiency:
   • The machine automates the peeling process, significantly reducing manual labor and increasing overall efficiency.
   • It can handle large volumes of peanuts in a relatively short amount of time, boosting production rates.
2. Consistency:
   • Provides consistent and uniform peeling results, ensuring a standardized quality for the end product.
   • Minimizes variations in peeling quality that may occur with manual methods.
3. Time-Saving:
   • Dramatically reduces the time required for peeling compared to manual methods.
   • Enables continuous and uninterrupted processing, contributing to higher overall productivity.
4. Cost-Effective:
   • Reduces labor costs associated with manual peeling.
   • Long lifespan and minimal maintenance requirements contribute to cost-effectiveness in the long run.
5. Waste Reduction:
   • Minimizes product waste by efficiently removing the outer skin and preserving the integrity of the peanut kernels.
   • Enhances yield and reduces the need for reprocessing or discarding damaged peanuts.
6. Adaptability:
   • Designed to accommodate different peanut sizes and varieties, offering versatility in processing various types of peanuts.
   • Can be integrated into different scales of production, from small enterprises to large industrial facilities.

Working process of peanut peeling machine

1. Power Connection and Equipment Check:
   • Connect the power supply and ensure that the rotation direction of the peeling roller and fan aligns with the specified direction, ensuring the safety and reliability of the equipment.
2. Startup Preparation:
   • Before starting, run the equipment for one minute to ensure normal operation and detect any abnormalities. This step helps identify potential issues and ensures a smooth production process.
3. Loading Operation:
   • Pour the peanuts to be processed into the hopper of the machine. This marks the official start of production, and the equipment begins the process of peeling the peanuts.
4. Adjustment of Discharge Speed:
   • There are two L-shaped threaded rods in front of the peeling machine. By rotating these rods, the discharge speed can be adjusted. Depending on the specific conditions, the discharge speed can be flexibly tuned to ensure optimal peeling results. Too fast a discharge may lead to incomplete peeling, while too slow may cause excessive wear on the peanuts.
5. Cleaning of Peeling Sand Roller:
   • The peeling sand roller, a crucial component, should be cleaned regularly. It is recommended to clean it every 3-4 days using a brush to prevent an excess buildup of peanut powder on the peeling roller, which could impact the peeling effectiveness.
6. Bearing Maintenance:
   • Regularly lubricate the bearings with butter to ensure proper lubrication during equipment operation. This helps extend the lifespan of the equipment and enhances operational efficiency.