1. Layout method:
Vertical motor: Vertical motor means that the main shaft of the motor is placed vertically, perpendicular to the ground. Typically, the bottom of the motor is fixed to the base, and the top is supported by bearings or other support structures.
Horizontal motor: A horizontal motor is one in which the main shaft of the motor is placed horizontally, parallel to the ground. Typically, the sides of the motor are supported by bearings or other support structures.
2. Installation type:
Vertical Motors: Due to their vertical arrangement, vertical motors are suitable for mounting on vertical or near-vertical surfaces. This makes vertical motors more common in some specific application scenarios, such as pumps, fans and other equipment.
Horizontal motors: Horizontal motors are usually installed on horizontal or near-horizontal surfaces due to their horizontal arrangement. This arrangement is suitable for some equipment that needs to work horizontally, such as compressors, cutting machines, etc.
3. Space occupation:
Vertical motors: Vertical motors take up less space vertically, but relatively larger spaces horizontally.
Horizontal motor: Horizontal motors take up less space in the horizontal direction, but relatively larger space in the vertical direction.
It should be noted that the choice of vertical motor or horizontal motor should be determined according to specific application requirements and installation environment. These factors include the type of equipment, workspace constraints, stability requirements of the installation, etc. When selecting and installing the motor, the relevant technical specifications and safety guidelines should be followed.

1. The processed material should not be too large or too hard;
2. The material is dried and roasted before crushing, the effect is better;
3. It is necessary to select the appropriate screen according to the needs and the oil content of the material;
4. After crushing, the crushing chamber needs to be cleaned;
5. The machine should be placed stably in a ventilated and dry place;
6. A thermal relay is installed inside the machine to protect the motor. When the machine is overloaded during operation, it will automatically stop. If the red light is not on after shutdown, the fuse FUSEE has been blown out and must be replaced. After cutting off the power supply, clean up the crushing chamber, and when the thermal relay returns to normal (it takes about 5 minutes), the power supply can be turned on again to start working.

How to use:
1. The Grease grinder is randomly equipped with 3 kinds of screens with different fineness. According to the crushing requirements of customers and the properties of materials, it is necessary to select a suitable screen and put it into the crushing chamber. After installing the screen, close the cover tightly, and then turn on the power to After the machine runs for about 1 minute, the material will slowly flow into the crushing chamber for crushing.
2. The hopper should be placed under the machine. If it is not placed properly, the powder will float out and cause waste. The receiving hopper is made of 304 steel plate. If the receiving hopper is deformed during use, it can be corrected by hand or tools.
3. The green button of the machine is the start button, and the red button is the stop button. If you need to stop midway, you need to close the feeding hopper first, and try to make the materials in the crushing chamber crushed before shutting down. If there is an abnormality in the machine, it needs to be shut down immediately, and the machine can be restarted after checking that there is no problem.
4. After the grinding is finished, it is necessary to turn off the machine first, and it is best to unplug the power socket before opening the machine cover to clean the grinding chamber and replace the screen.

Grease grinder use 750W high-speed motor, easier to operate, evenly crushed, very quiet, stable and powerful.
Special cutter design, faster feeding speed, more suitable for materials with high oil content.
Equipped with a pure copper wire motor, the machine works more powerfully and efficiently, and has a longer service life. The copper wire motor has lower noise, less heat generation, and is more energy-saving.

product details
Switch part: The machine is made of stainless steel, and the circuit is equipped with an overload cut-off switch to prevent the motor coil from burning out.
Hopper: It is made of stainless steel, which is not easy to rust and is more durable. The large-size high-quality stainless steel hopper is convenient for loading and easy to clean.
Internal shell structure: 304 stainless steel, the upper cover of the machine is used as the feeding seat, which is more convenient for feeding.
Internal structure: It is quick and convenient to replace the filter screen, and the special cutter design makes the crushing speed faster and more delicate.
Feeding adjustment: Control the feeding speed by adjusting the feeding valve, loosen the screw, and adjust the feeding speed downward. Adjust the feeding speed up.
Lock nut: the elastic nut of the cover, the safety cover device, solves your worries during use.
Cooling holes: add exhaust cooling holes and install fans, especially in summer when the temperature is high, it is more likely to cause the motor to overheat.

At present, the commonly used vacuum feeding machines in our country are divided into electric feeding machines and pneumatic feeding machines, which can replace manual automatic feeding into equipment such as hoppers, reaction tanks, dryers, mixers, etc. They also have the function of automatic dust collection and dust removal. The conveying capacity of the conveyor is generally between 100-5000kg/h.
The main features of the vacuum feeding machine are:
1. The vacuum feeding machine consists of a vortex vacuum pump (without oil or water), a membrane filter bag filter, a compressed air backflushing device, a pneumatic discharge door device, a vacuum hopper, a stainless steel adjustable suction gun, a conveying hose, and other components.
2. The motor is powered by a vortex vacuum pump, which is oil-free, water-free, and maintenance free.
3. The entire conveying process is completed in a completely enclosed state, eliminating dust pollution.
4. The body is a modular structure, and the barrel body is connected with quick opening clamps, making disassembly and cleaning convenient and fast.
5. Low energy consumption, low noise, and convenient control.
6. Special S-shaped flanging is used between barrels to effectively prevent dust leakage

The screening efficiency and productivity of the rotary vibrating screen are the technical and economic indicators of the screening process. There is a certain relationship between them, and it is also related to other factors. The following three categories are the main factors that affect the screening process:
1、 The Properties of Sieve Surface and the Influence of Its Structural Parameters
The vibrating screen causes particles to move vertically with the screen surface, resulting in high screening efficiency and large production capacity. The relative motion between particles and the screen surface is mainly parallel to the bar screen, plane vibrating screen, and tube screen, which have low screening efficiency and production capacity. For a certain material, the productivity of the sieve is determined by the size of the sieve opening. The productivity depends on the width of the screen surface, which has a high productivity. The larger the effective screening area (i.e. the ratio of the sieve aperture area to the entire sieve surface area), the higher the unit area productivity and screening efficiency of the sieve surface. The larger the mesh size, the greater the productivity per unit sieve surface and the higher the screening efficiency.
2、 Physical properties of screened materials
The particle size composition, humidity, mud content, and particle shape of the material itself. When the content of fine particles in the material is high, the productivity of the sieve is also high. When the material humidity is high, the screening efficiency generally decreases. However, the larger the sieve size, the smaller the impact of moisture. Therefore, for wet materials with high moisture content, in order to improve the screening process, it is generally possible to increase the sieve size or use wet screening. Wet screening or pre washing should be used for materials with high mud content.
3、 The impact of production conditions
When the load of the sieve is large, the screening efficiency is low. The flatness of the sieve largely depends on the size of the sieve aperture and the overall screening efficiency; The larger the sieve aperture, the lower the screening efficiency required, and the higher the productivity. The uniformity of feed is of great significance for the screening process. The amplitude and frequency of the rotary vibrating screen are related to the structural and physical properties of the screen. Within a certain period of time, increasing vibration can improve the screening index.