Vertical Planetary Ball Mill LPBM-T2015

Introduction

Vertical Planetary Ball Mill equipped with a 2-liter total capacity and a revolution speed range of 35 to 335 rpm for controlled grinding performance. It integrates a low-noise liquid-oil self-lubricating system with a clear oil level indicator to support smooth operation. Offers versatile operating modes alongside high-efficiency planetary motion that achieves fine particle size and allows simultaneous preparation of four powder samples. Our planetary ball mill enables fine grinding in labs and industries through planetary motion that ensures uniform particle refinement and simultaneous processing of four samples.

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

Vertical Planetary Ball Mill is used across geology, mining, metallurgy, electronics, ceramics, chemicals, construction, and environmental applications. It supports fine grinding and material preparation for R&D, product development, and laboratory experiments in both academic and industrial fields.

Specifications

Total Capacity	2 L
Number of Jars Accommodated	4
Mill Jar Compatibility	50 to 500 mL
Vacuum Mill Jar Compatibility	50 mL to 250 mL
Revolution Speed	35 to 335 rpm
Rotation Speed	70 to 670 rpm
Revolution: Rotation	01:02
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
Materials of Available Mill Jars	304 or 316l stainless steel, Zirconia, Nylon, Polyurethane, Alumina ceramic (corundum), , Agate, Tungsten carbide
Output Granularity Size	Minimum up to 0.1μm
Noise	60 dB
Power	0.75 KW
Power consumption	750 W
Power Supply	220V 50Hz
Dimension	750 × 470 × 564 mm
Pcakging Dimension	800 × 550 × 650 mm
Net Weight	110 kg
Gross Weight	125 kg

Features

Shell made of thick steel for high strength.

-machined and heat-treated.

Gearbox uses 

Frame designed for stable

Vibrating feeder 

Offers forward/reverse and timing functions.

Gear drive 

Frequency converter 

Safety switch stops the machine when opened.

Low center of gravity improves stability.

High efficiency with minimal wear.

Built-in self-lubrication system

Microcomputer control

Touchscreen interface

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. Is there a recommended setup for processing aluminum materials like ceramic glaze?

For aluminum materials or ceramic glazes, corundum mill jars are suitable. They provide good compatibility with alumina balls, which also have high wear resistance and corrosion resistance, making them ideal for such applications.

3. What type of mill jar should I use for soil or materials that must remain impurity-free?

For soil and similar materials that are not allowed to contain any impurity, agate mill jars are the most suitable. Agate offers excellent purity and is chemically inert, making it ideal for applications in environmental testing, soil research, or any application requiring contamination-free processing.

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.