Vibro Sifter

Vibro Sifter is a circular unitary gyratory screen with a wide variety of uses for separating the mass composition of solids from solids and grading materials according to particle size. Vibro Sifters are designed to create multiple plane vibrations using a specially designed Vibratory Motor (Built specifically for this purpose) with eccentric weight at the top and bottom ends of the motor shaft. The motor is positioned vertically in the centre of the screening assembly on a circular base by springs, allowing the unit to vibrate freely.

Vibrations are absorbed by the springs and not communicated to the floor. The top weight creates horizontal vibration, causing the material to migrate across the screen and toward the Periphery. The machine is tilted as a result of the lesser weight, causing vibration in the vertical tangential axis. Variable control of the screening pattern is provided by the angle of lead of the lower weight about the top weight. As a result, the material flows across the screen as well as vertically and tangentially, allowing for maximum screening.

Vibro Sifter is a rotating vibrating sifting machine that can be used for sorting, scaling, and scoring in the pharmaceutical, chemical, food, and cement sectors. As a result, if you need separating, scalping, or grading during processing, this is the whole set of tools you'll need. Isolation, gradient, and scalping are all functions of the Vibro Sifter Process, which is attached to a vibratory sifting instrument. The gyro concept is used in the Vibro Sifter. A specifically built gyro motor is installed beneath the vibrating assembly to provide the needed gyratory motion.

Using specially engineered robust springs, the entire vibrating assembly is separated from the base. The top and bottom eccentric weights on the gyro-motor are intended to provide the appropriate centrifugal force. A Vibro sifter is a machine that uses vibration to sift or separate various materials. It executes the separation and scalping duties more readily and efficiently as a result of this. It's also known as a safety screener or a Vibro Sieve.

Check screen and vibrating sifter are two more names for this device. Depending on what you want to achieve from this procedure, a rotating screen, which can be circular or square, is utilized to grade and separate different materials. For example, you may use it to separate solid materials from solids, solids from liquids, and particle gradation.

In various applications, it provides these three fundamental functionalities for both wet and dry granulations. In addition to the Vibro Sifter Pharma, this equipment is used in a variety of other industries. The Chemical, Cement, and food processing sectors are just a few of the businesses that might benefit from the process.

Even if your subject does not fall into one of these categories, you may still seek advice from specialists. The most important thing to remember is that a Vibro sifter machine's job is to sift materials during processing. This appears to imply that it primarily separates the bulk composition of materials, making it one of the most important industrial devices.

Working Principle Of Vibro Sifter

Even though a Vibro Sifter is basic gear, its construction and operation might be difficult for the great majority of people. The Vibro Sifter is used for screening, sieving, evaluating for strong fluid partition, and cycling to separate the necessary components from a mixture of strong-to-strong (when two solids have mostly different characteristics) and strong-to-fluid material.

Pharmaceuticals, Chemicals, Cosmetics, Plastics, Paints, Minerals, Elastic mixtures, metal powders, cleansers, insecticides, manures, dyestuff, and colours are just a few of the industries that use it. The drive is provided by an unbalanced motor with a double-extended shaft and eccentric weights at both ends.

The top weight on the motor shaft spins in a plane near the assembly's centre of mass. The rotation of the top eccentric weights induces vibration in the horizontal plane, forcing the material to travel across the screen fabric to the periphery, increasing the horizontal throw and causing large material to discharge more quickly.

The bottom eccentric weight spins below the centre of mass, causing the screen to tilt and vibrate in the vertical and tangential planes. Increasing the vertical component of motion enhances material turnover on the screen surface, allowing the greatest amount of undersized material to flow through the screen.

The Vibro sifter is made up of a screen mounted on a base plate that is attached halfway to the gyratory engine. The content handled by the channel at the top is dropped onto the screen.

The particles smaller than the cross-section size pass past the screen, while the larger measured particles are delivered via a source. The combination of the vibratory engine and the weights placed on the top and bottom of the screen provides the best filtering or material, division.

The absolute gathering is supported by reasonable springs, transforming it into a free body that vibrates without transferring any vibrations to the institutions. The Vibro Sifter Machine sands away at the gyratory vibration guideline.

The substance is isolated depending on the size of its molecules. When the engine is turned on, vibration occurs in the screen/strainer, causing the material to traverse the sifters following its molecular size. The strainers are hung on a spring to prevent vibration transfer to the floor.

The top weight on the motor shaft spins in a plane near the assembly's centre of mass. The rotation of the top eccentric weights induces vibration in the horizontal plane, forcing the material to migrate across the screen cloth to the periphery, increasing the horizontal throw and causing oversized material to discharge more quickly.

The bottom eccentric weight spins beneath the centre of mass, causing a tilt on the screen and causing vibration in the vertical and tangential planes. Increasing the vertical component of motion enhances material turnover on the screen surface, allowing the greatest amount of undersized material to flow through the screen. The vibration is amplified by rugged springs positioned above the circular motor base.

Parts Of Vibro Sifter

Hopper Lid

A hopper lid, also known as a cover lid, is constructed of metal. This component protects the ingredients being processed on the machine's upper half from falling off while the machine vibrates. It also protects the materials from contamination and dusting, and a clamping ring secures them to the instrument.

Filter Screen

This component facilitates the processing of materials by producing a smooth surface finish. Wire mesh with a fine surface is used to make the filter screen, which allows the materials to be sieved appropriately. This component can be used to prevent leakage during material processing. It comes in a variety of sizes, depending on the machine's design.

Wire Mesh Screen Ring

This is where the wire mesh is bonded to the ring, and it has glue that helps the mesh stick to the ring. This bonding extends the mesh's life and aids in its preservation throughout material processing, even when subjected to high-intensity vibration.

Oversize Material Outlet

After the Sieving process, the big components are released through an oversized material outlet, also known as an oversized material chute. It's on the device's top section to enable for simple and speedy discharge of these huge particles.

Screen Material Outlet

This is the outlet for all graded, screened items from the machine, and it is the polar opposite of the oversized material Outlet. It is situated at the bottom of the machine, making it easy to gather screened ingredients and quickly exit the machine.

Springs

Springs guarantee that the machine moves hydraulically. As the machine Vibrates and Processes the materials, the springs also keep the upper component of the machine in place. The springs allow the gadget to vibrate freely while also preventing vibrations from reaching the floor.

Control Panel

The control panel includes several buttons that are used to convey signals to the machine about particular activities it should perform, and it displays all of the programmed processes.

Motor

Because the machine works on electricity, this component is responsible for converting electricity into energy. The motor's multiple plane vibration motions create additional power, which enhances the pace at which ingredient particles travel through sieves. Because of the machine size, output capacity, and design, the motor size of a Vibro Sifter may vary.

Our principal

Kiron Food Processing Technologies, in association with Farleygreene Ltd, provides a comprehensive Vibro sifter system solution. Farleygreene Ltd has been offering expertise in the manufacturing and delivery of Sieve, Sifter, Screener, and Separator gear to some of the world's major corporations since 1976. Our conventional sieves are intended to handle all elements of sieving and screening applications, and we can adapt any machine to match practically any circumstance.