Nut sheller machinery for crushing and peeling oilseeds and nut shells. It consists of mechanisms such as feeding, shell breaking, shell and kernel separation, discharging, and regulating. According to the working principle of the shell breaking mechanism, it can be divided into disc type, blade plate type, blade cage type, centrifugal type, roller type, etc. The material is crushed, sheared, squeezed or impacted, and the shell is separated by a shell and kernel separation mechanism composed of a fan and a sieve to obtain pure nuts

Working mode of nut peeling machine

The working mode of nut peeling machine varies according to different principles. The following will introduce mechanical peeling, friction peeling, and vibration peeling as examples:

1. Mechanical shell stripping working mode

Mechanical peeling is a common way of peeling nuts. Its working principle is to completely separate the nut shell from the kernel through a mechanical device. Among them, the mechanical device includes rotating gears, saw blades, cutting knives and other equipment. Putting nuts into the equipment, the nut shell is cut, drilled, crushed, and separated through the synergistic effect of the mechanical peeling device, ultimately achieving the goal of completely separating the nut shell and kernel.

2. Friction peeling working mode

Friction peeling is a method of removing the outer shell of nuts through friction. Its working principle is to place nuts into a peeling chamber containing friction rollers and friction plates, adjust the operating speed of the peeling machine and the position of the welding cutting knife, and use friction to grind off the shell of the nuts, ultimately achieving peeling of the nuts.

3. Vibration peeling working mode

Vibration peeling is a method of peeling off the outer shell of nuts through vibration force. Its working principle is to put nuts into a specially designed peeling machine, and through the strong vibration force of the peeling machine, the shell of the nuts is affected by the vibration and falls off. The vibration speed and duration of the peeling machine can be controlled by the electronic control system.

Summary:

The nut peeling machine is a device specifically designed to remove the outer shell of nuts. Its principle mainly includes three methods: mechanical peeling, friction peeling, and vibration peeling. The working mode of nut peeling machines is also different, but they all achieve the shedding of nut shells through the synergistic effect of different devices.

Issues to be noted during the use of nut sheller

1. Selection issue. Different models of shellers are suitable for different types of nuts, and users need to choose the appropriate type according to their actual needs.
2. Quality issues with nuts. Nut shellers have high quality requirements for nuts. If the quality of nuts is poor, it is easy to cause damage to the machine and shorten the service life of the equipment.
3. Equipment operation issues. When operating the nut sheller, pay attention to safety and hygiene, moisture and explosion prevention, and avoid accidents.
4. Equipment maintenance and repair issues. The huller needs regular maintenance and repair, otherwise it will affect the normal operation of the machine.

In short, the nut sheller is an efficient, convenient, and safe shelling device. Mastering the principle and usage of shell shedding can better ensure the normal operation of equipment, while improving product quality and output, and assisting the development of enterprises.

Specific application case: Walnut shell breaking and peeling machine

The walnut shell breaking, peeling, and kernel extraction machine production line is a system that integrates automation and intelligence. It mainly consists of multiple links such as raw material transportation, shell breaking, peeling, kernel extraction, screening, and packaging. The cracking process relies on mechanical pressure and vibration principles, and through the action of high-speed rotating blades and vibration devices, walnut shells are quickly broken. The peeling process adopts pneumatic peeling technology, which separates walnut shells from walnut kernels through the action of high-speed airflow. The kernel extraction process uses mechanical extrusion and vibration screening techniques to separate walnut kernels from shells, resulting in pure walnut kernels.

These technologies not only improve the efficiency and quality of walnut processing, but also reduce production costs, bringing significant economic benefits to walnut processing enterprises