Laboratory ball mill with Ø40×40 mm grinding jars performing three-dimensional vibrational grinding.

Vibratory Ball Mill

Tungsten carbide grinding jars installed in Vibratory Ball Mill ensuring precise and homogeneous grinding.

Stainless steel grinding jars used in Vibratory Ball Mill during sample preparation process.

DESCRIPTION

The Vibratory Ball Mill agitates two grinding jars of Ø40×40 mm dimensions in a three-dimensional vibrational motion, enabling the rapid, homogeneous, and efficient grinding of materials to very fine particle sizes. Operating as a type of ball mill, this device is widely used in laboratories for analysis and sample preparation processes, offering precise and safe grinding operations.

Vibration Frequency: 25 Hz Grinding Mechanism: Three-dimensional vibrational motion ensures fast and uniform grinding.

Grinding Jar Material Options:

Zirconium Oxide
Stainless Steel
Tungsten Carbide

The Vibratory Ball Mill accommodates different grinding jar materials, making it suitable for a wide range of applications. It is an ideal choice for achieving optimal results in fine grinding of hard, abrasive, or sensitive samples.

TECHNICAL DATA

Fields of Application Recycling and waste recovery, chemistry, plastics and polymers, biotechnology, environmental management, food, pharmaceuticals and medical

Application very fine grinding, size reduction

Standards CE

Feeding Size < 1mm

Final Fineness < 5 μm*

Timer Setting Available.

Material of Grinding Parts Tungsten Carbide (WC), Stainless Steel, Zirconium Oxide

Speed 25 Hz

Power and Electricity 0.75kW, 380 V, 3p, 50 Hz

Compatible with various voltages.

Dimensions 65 x 65 x 45cm

Weight 75kg

*Varies by material type, feeding size, reduction ratio, and moisture.

The lid safety switch, which prevents operation when the lid is open, is designed to keep work safety at the highest level. This safety system prevents the device from operating as long as the cover is open, thus preventing any accidents from occurring. Unless the operator closes the lid, the engine of the device will not be activated and the operating process cannot be started. This feature is of critical importance for both the safety of the operator and the safe operation of the device.

Application Areas

Alloys, glass, animal feed, bones, ceramics, grains, chemical products, coal, coke, pharmaceuticals, oilseeds, ores, paper, plant materials, plastic, sewage sludge, soil, straw, tissue, hair, tobacco, waste samples, wood, wool and many other materials.

Alumina

Chromite

Feldspar

Granite

Quartz

Working Principle

Vibrating mill is based on the principle of grinding the materials using three-dimensional vibration movement with the help of two grinding tubes and balls of Ø40×40 mm size. The vibrating motion ensures that the balls constantly interact with the material, accelerating the size reduction process.

Placing the Material and Balls: The material to be ground is placed in the mill tubes and appropriate balls are added for the grinding process.
Vibration Movement: When the device is operated, the mill tubes are exposed to a three-dimensional vibration movement. This vibration creates a constant collision between the material and the balls, breaking and shrinking the material.
Time Adjustment: Grinding time can be adjusted according to the type of material being ground and the desired fineness.
Collection of the Grinded Material: When the grinding process is completed, the material is removed from the tubes and becomes ready for use for analysis or other processes. With the effect of the balls, the material is turned into a homogeneous and very fine powder.