Vertical Planetary Ball Mill LPBM-T2013

Introduction

Vertical Planetary Ball Mill has a total capacity of 6 groove and wear-resistant gears for noise reduction and longevity. Also, it features a micro-computer control panel for easy operation and programming. Our ball mill is useful for grinding applications requiring fine granularity, such as in the fields of geology, metallurgy.

This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Vertical Planetary Ball Mill is widely used for fine grinding and material preparation in fields like geology, metallurgy, electronics, ceramics, and chemicals. It is ideal for R&D, product development, and laboratory-scale experiments across academic and industrial sectors.

Specifications

Total Capacity	6 L
Number of Jars Accommodated	4
Mill Jar Compatibility	1 to 1.5 L
Vacuum Mill Jar Compatibility	50 mL to 1000 mL
Revolution Speed	35 to 335 rpm
Rotation Speed	70 to 670 rpm
Revolution: Rotation	1:2
Speed Regulation	Frequency control
Material Capacity	Not more than 2/3 of mill jar volume
Work Mode	2 or 4 jars working together
Milling Mode	Dry or wet milling
Drive Mode	Gear drive/belt drive
Total Timing	1 to 9999 min
Alternate Running Time	1 to 999 min
Maximum Continuous Operating Time	72 hours
Feed Size	Soil and crispy materials: Up to 10 mm Other materials: Up to 3 mm
Output Granularity Size	Minimum up to 0.1μm
Noise	60 dB
Power	750 W
Power Supply	220V 50Hz
Dimension	750 × 470 × 564 mm
Net Weight	93 kg

Features

Multi sample capacity

Oil level meter

Fine granularity

Monitoring window

Safety lock

Vacuum mill jar compatibility

FAQs

1. What combinations of mill jars and balls are safe to use together?

Safe combinations include: Agate mill jar with agate balls, Corundum mill jar with alumina, zirconia, and agate balls, Zirconia mill jar with zirconia and alumina balls, Stainless steel mill jar with stainless steel balls, and PU mill jars with agate and zirconia balls, Nylon mill jar with zirconia and agate balls, and Tungsten Carbide mill jar with tungsten carbide and zirconia balls Avoid combining hard media like tungsten carbide balls with soft jars like nylon or , as this can lead to rapid wear and contamination.

2. What types of materials can be processed in this vertical planetary ball mill?

Vertical Planetary Ball Mill is highly versatile and compatible with a wide range of materials. It can process both hard and soft substances, including metals, ceramics, minerals, polymers, pharmaceuticals, biological samples, and chemical compounds. The choice of grinding media and jars—such as stainless steel, zirconia, agate, tungsten carbide, or alumina—allows customization according to material hardness and purity requirements. It supports both dry and wet grinding processes.

3. Can this mill operate under vacuum conditions?

Yes, our ball mill can operate under vacuum conditions when equipped with vacuum-compatible ball mill jars. This feature is particularly beneficial for processing sensitive materials that are reactive with oxygen or moisture. Vacuum operation helps to prevent oxidation and contamination, making it suitable for high-purity or air-sensitive sample preparation, such as in nanotechnology or battery research.

4. What safety features does it include?

Safety is a key consideration in the design of Vertical Planetary Ball Mill. The machine is equipped with integrated safety switches that prevent operation when the lid is open, protecting the user from potential hazards caused by the rotating jars and grinding media. Additionally, the gear system is enclosed within a quasi-sealed groove structure, which reduces noise and prevents contamination from mechanical wear. These features ensure safe and reliable operation, especially in laboratory environments.

5. Which grinding media is best for high wear resistance and no impurity introduction?

Zirconia balls and tungsten carbide balls are the best options for high wear resistance and minimal impurity. They both offer a Mohs hardness of ?9.0 and are corrosion and high-temperature resistant. These are especially useful in fields like electronics, medicine, and materials science where purity and durability are critical.