Pneumatic vibrators for food ,beverage, medicine industry and similar machine industry

Pneumatic vibrators rotates on ground raceways and generates agitation with certain frequency, and makes the parts vibrate for mixture.Industrial shock absorber can be adjusted according to the pressure of entrance air under certain frequency and certain range. 

Pneumatic vibrator uses compressed gas as an energy source

Industrial pneumatic vibrators is a kind of vibrator which is powered by compressed gas. Pneumatic vibrator uses compressed gas as an energy source. Compressed gas is a type of potential energy, the type of energy that is stored and transformed into kinetic, or working, energy. A vibrator is a mechanical device to generate vibrations. The Holid pneumatic component is often generated by an electric motor with an unbalanced mass on its driveshaft.

Pneumatic vibrator - a strong vibration force

This series  of industrial vibrators combines high-speed processing & eccentric torque to make a strong vibration force.The adjustable hydraulic shock absorber body is made from an extruded stove enamelled aluminium section and the hard coated end plates enables the vibrators to be used in the food and pharmaceutical industries.

The compact pneumatic vibrators

These compact pneumatic vibrators are simple in design and yet capable of deliverieng very high centrifugal forces. The body is machined from an extruded aluminium section, inside of which a precision steel roller rotates, it is retained by two special high impact plastic end plates. For easy mounting, the body has four holes, two horizontal and two vertical. Air is introduced through one of two inlet ports drilled at right angles to each other in the body. These inlet ports are tapped with a standard polyurethane pipe thread and a pipe plug is provided for sealing the one not used. The air is exhausted through the special high impact plastic end plates whose design incorporates an air silencer. 

Pneumatic vibrators with the capable of deliverieng very high centrifugal forces

These compact pneumatic vibrators are simple in design and yet capable of deliverieng very high centrifugal forces. The body is machined from an extruded aluminium section, inside of which a precision steel roller rotates, it is retained by two special high impact plastic end plates. For easy mounting, the body has four holes, two horizontal and two vertical. Air is introduced through one of two inlet ports drilled at right angles to each other in the body. These inlet ports are tapped with a standard polyurethane pneumatic tubing thread and a pipe plug is provided for sealing the one not used. The air is exhausted through the special high impact plastic end plates whose design incorporates an air silencer. 

Holid pneumatic air compressor regulator installed

1. From the air compressor regulator output contains a lot of moisture, oil and dust and other pollutants.

2. Modification oil tarry substance formed, resulting in deterioration of rubber and plastic and aging

3. Water on pneumatic components greater impact: Rusted metal pipe,polyurethane pipe, water ice, and washed away metamorphism lubricating grease poor air quality is a major factor in the pneumatic system failure, it will reduce the reliability and service life of the pneumatic system.

Pneumatic vibrators

Pneumatic vibrators are ideal for use in evironments where there is a risk of explosion. They are an inexpensive alternative to electric vibration motors and due to their light weight and small size, the pneumatic components can perfectly be mounted at constructions where small space is available.

Holid Pneumatic-Hydraulic shock absorber Features

Buffer is an adjustable initial pressure of the adjustable shock absorber, the buffer section to adjust the scale of the initial movement the greater the pressure will be greater. The benefits of this hydraulic recoil buffer feature is that it can be set to a certain pressure not to movements of the function to prevent malfunction occurs. And for the case of manual adjustment in the case of mounting dimensions remain unchanged and pressure vary depending on usage needs to be adjusted! ) Its structure contains a pressure controlled by a pressure release valve, and a combination of the position of the flow control valve from the buffer system, it acts on the piston rod of the flow of energy into the oil. Can automatically adapt to various buffer requirements within the permissible limits of energy. Built-in compression spring piston rod will return to the initial position. This structure can be more stable and more effective absorption of consumed impact, reduced vibration, reducing the impact on the buffer and installation of mechanical damage and increase the life of the product, as well as reduce the number of routine maintenance. Greatly saving the cost of production!