Video
Overview
On basis of vertical planetary ball mill, the omnidirectional planetary ball mill adds the function of planetary disc overturning. While planetary disc and mill jars are doing planetary movement, they can also do 360 degree overturning in a stereo space to realize multi-directional and multi-dimensional movement of ball mill jars, and to improve degree of disordered movement of balls and materials. All material are ground inside the mill jars without dead angle, which makes grinding materials more uniform and finer. This kind of ball mill solves common issues such as sinking to the jar’s bottom and sticking to the jar’s wall.
QXQM series planetary ball mill has four ball grinding tanks installed on one disc. When the turn disc rotates, the mill pots revolve on their own axis and make 360 degree rotation. And the balls in the tanks grind and mix samples in high speed movement. The product can smash and blend various products of different materials and granularity with dry or wet methods. Minimum granularity of ground samples can be as small as 0.1 micron meter. It is widely used in the fields of Geology, Mining, Metallurgy, Electronics, Construction Material, Ceramics, Chemical Engineering, Light Industry Medicine, Environmental protection, and etc.

Working Principle
QXQM series planetary ball mill has four ball grinding tanks installed on one disc. When the turn disc rotates, the mill pots revolve on their own axis and make 360 degree rotation. And the balls in the tanks grind and mix samples in high speed movement. The product can smash and blend various products of different materials and granularity with dry or wet methods. Minimum granularity of ground samples can be as small as 0.1 micron meter. It is widely used in the fields of Geology, Mining, Metallurgy, Electronics, Construction Material, Ceramics, Chemical Engineering, Light Industry Medicine, Environmental Protection etc.QXQM series planetary ball mill has four ball grinding tanks installed on one disc. When the turn disc rotates, the mill pots revolve on their own axis and make 360 degree rotation. And the balls in the tanks grind and mix samples in high speed movement. The product can smash and blend various products of different materials and granularity with dry or wet methods. Minimum granularity of ground samples can be as small as 0.1 micron meter. It is widely used in the fields of Geology, Mining, Metallurgy, Electronics, Construction Material, Ceramics, Chemical Engineering, Light Industry Medicine, Environmental Protection etc.

Feature/Advantage
Features of Tencan Laboratory Full-directional Planetary Ball Mill
1. The machine makes 360 degree planetary movement without any dead corner, so the ground powder is much smaller and more even
2. Gear transmission ensures to keep consistency and repeatability of experiment.
3. You may get four different powder samples at one time.
4. Variable frequency controlled and program controlled.
5. It solves the problems of materials sinking and sticking to the pot.
Advantages of Tencan Full-directional Planetary Ball Mill
Professional out looking design and industrial modeling of the ball mill shell with lean manufacturing make machine exquisite and fine. CNC processing technology is adopted for making machine-added parts, and precision gears with special materials are selected for transmission gears to ensure smooth, safe and low noise operation of the ball mill at high speed. Overturning motor has function of brake locking, which can stop overturn at any angle, it is safe and reliable. Ball mill is easy to be operated due to touch screen of micro-computer as its interface is simple and intuitive. This kind of ball mill can realize forward and backward alternating control, and has functions of timing and power-off memory.
A wide range of powder can be ground by our planetary ball mill with different mill jars and balls, such as ore powder, fluorescent powder, glass powder, pigment powder and so on. Following are some powder samples for your reference.

Data Sheet
Technical Data of Tencan Laboratory Full-directional Planetary Ball Mill
| Technical Features | |
| Drive Mode | Gear Drive & Belt Drive |
| Operation Model | Two or four mill jars can be used in each grinding |
| Max Capacity | Less than 1/3 volume of each mill jar |
| Feed Size of Grinding Materials | Soft & crispy material ≤ 100mm Hard materials ≤ 3mm |
| Output Final Particle Size | The smallest particle size can reach to 0.1μm |
| Rotational Speed Ratio | 1/2 |
| Max Continuous Running Time | 72 Hours |
| Mode of Speed Control | Frequency Inverter |
| Available Materials of Mill Jars | Tungsten carbide, Agate, 304 Stainless steel, 316L Stainless steel, Corundum, Zirconia, Nylon, PU,Alumina ceramic, PTFE, and etc. |
| Parameter Table (I) of Laboratory Full-directional Planetary Ball Mill | ||||
| Model No. | Specifications | Matchable Sizes | Working Positions | Matchable Sizes |
| of Mill Jars | of Vacuum Mill Jars | |||
| QXQM-0.4 | 0.4L | 50ml, 100ml | 4 | 50ml |
| QXQM-1 | 1L | 50ml-250ml | 4 | 50ml. 100ml |
| QXQM-2 | 2L | 50ml-500ml | 4 | 50ml, 100ml, 250ml |
| QXQM-4 | 4L | 250ml-1000ml | 4 | 50ml-500ml |
| QXQM-6 | 6L | 500ml-1500ml | 4 | 50ml-1000ml |
| QXQM-8 | 8L | 1L-2L | 4 | 500ml-1500ml |
| QXQM-10 | 10L | 1L-2.5L | 4 | 1L-2L |
| QXQM-12 | 12L | 1L-3L | 4 | 1L-2L |
| QXQM-16 | 16L | 2L-4L | 4 | 1L-2L |
| Technical Parameter Table (II) of Laboratory Full-directional Planetary Ball Mill | |||||||
| Model No. | Power (KW) | Voltage | Revolution Speed (rpm) | Rotation Speed (rpm) | Total Timing (min) | Alternating Run Time of Forward & Reversal Rotation (min) | Noise≤db |
| QXQM-0.4 | 0.75 | 220V-50Hz | 35-335 | 90-870 | 1-9999 | 1-999 | 60±5 |
| QXQM-1 | 0.75 | 220V-50Hz | 35-335 | 70-670 | 1-9999 | 1-999 | 60±5 |
| QXQM-2 | 0.75 | 220V-50Hz | 35-335 | 70-670 | 1-9999 | 1-999 | 60±5 |
| QXQM-4 | 0.75 | 220V-50Hz | 35-335 | 70-670 | 1-9999 | 1-999 | 60±5 |
| QXQM-6 | 0.75 | 220V-50Hz | 35-335 | 70-670 | 1-9999 | 1-999 | 60±5 |
| QXQM-8 | 1.5 | 220V-50Hz | 35-290 | 70-580 | 1-9999 | 1-999 | 60±5 |
| QXQM-10 | 1.5 | 220V-50Hz | 35-290 | 70-580 | 1-9999 | 1-999 | 60±5 |
| QXQM-12 | 1.5 | 220V-50Hz | 35-290 | 70-580 | 1-9999 | 1-999 | 60±5 |
| QXQM-16 | 3 | 380V-50Hz | 30-255 | 60-510 | 1-9999 | 1-999 | 60±5 |
| Technical Parameter Table (III) of Laboratory Full-directional Planetary Ball Mill | ||||
| Model No. | Power | Speed Control Mode | Net Weight | Dimensions |
| (KW) | (kg3) | (mm) | ||
| QXQM-0.4 | 0,75 | Frequency Control | 136 | 900*570*670 |
| QXQM-1 | 0.75 | Frequency Control | 317 | 1330*770*850 |
| QXQM-2 | 0.75 | Frequency Control | 317 | 1330*770*850 |
| QXQM-4 | 0.75 | Frequency Control | 317 | 1330*770*850 |
| QXQM-6 | 0.75 | Frequency Control | 317 | 1330*770*850 |
| QXQM-8 | 1.5 | Frequency Control | 420 | 1360*850*950 |
| QXQM-10 | 1.5 | Frequency Control | 420 | 1360*850*950 |
| QXQM-12 | 1.5 | Frequency Control | 420 | 1360*850*950 |
| QXQM-16 | 3 | Frequency Control | 550 | 1530*940*1100 |
Mactchable Accessory
Technical Data of Tencan Laboratory Full-directional Planetary Ball Mill
| Technical Features | |
| Drive Mode | Gear Drive & Belt Drive |
| Operation Model | Two or four mill jars can be used in each grinding |
| Max Capacity | Less than 1/3 volume of each mill jar |
| Feed Size of Grinding Materials | Soft & crispy material ≤ 100mm Hard materials ≤ 3mm |
| Output Final Particle Size | The smallest particle size can reach to 0.1μm |
| Rotational Speed Ratio | 1/2 |
| Max Continuous Running Time | 72 Hours |
| Mode of Speed Control | Frequency Inverter |
| Available Materials of Mill Jars | Tungsten carbide, Agate, 304 Stainless steel, 316L Stainless steel, Corundum, Zirconia, Nylon, PU,Alumina ceramic, PTFE, and etc. |
| Parameter Table (I) of Laboratory Full-directional Planetary Ball Mill | ||||
| Model No. | Specifications | Matchable Sizes | Working Positions | Matchable Sizes |
| of Mill Jars | of Vacuum Mill Jars | |||
| QXQM-0.4 | 0.4L | 50ml, 100ml | 4 | 50ml |
| QXQM-1 | 1L | 50ml-250ml | 4 | 50ml. 100ml |
| QXQM-2 | 2L | 50ml-500ml | 4 | 50ml, 100ml, 250ml |
| QXQM-4 | 4L | 250ml-1000ml | 4 | 50ml-500ml |
| QXQM-6 | 6L | 500ml-1500ml | 4 | 50ml-1000ml |
| QXQM-8 | 8L | 1L-2L | 4 | 500ml-1500ml |
| QXQM-10 | 10L | 1L-2.5L | 4 | 1L-2L |
| QXQM-12 | 12L | 1L-3L | 4 | 1L-2L |
| QXQM-16 | 16L | 2L-4L | 4 | 1L-2L |
| Technical Parameter Table (II) of Laboratory Full-directional Planetary Ball Mill | |||||||
| Model No. | Power (KW) | Voltage | Revolution Speed (rpm) | Rotation Speed (rpm) | Total Timing (min) | Alternating Run Time of Forward & Reversal Rotation (min) | Noise≤db |
| QXQM-0.4 | 0.75 | 220V-50Hz | 35-335 | 90-870 | 1-9999 | 1-999 | 60±5 |
| QXQM-1 | 0.75 | 220V-50Hz | 35-335 | 70-670 | 1-9999 | 1-999 | 60±5 |
| QXQM-2 | 0.75 | 220V-50Hz | 35-335 | 70-670 | 1-9999 | 1-999 | 60±5 |
| QXQM-4 | 0.75 | 220V-50Hz | 35-335 | 70-670 | 1-9999 | 1-999 | 60±5 |
| QXQM-6 | 0.75 | 220V-50Hz | 35-335 | 70-670 | 1-9999 | 1-999 | 60±5 |
| QXQM-8 | 1.5 | 220V-50Hz | 35-290 | 70-580 | 1-9999 | 1-999 | 60±5 |
| QXQM-10 | 1.5 | 220V-50Hz | 35-290 | 70-580 | 1-9999 | 1-999 | 60±5 |
| QXQM-12 | 1.5 | 220V-50Hz | 35-290 | 70-580 | 1-9999 | 1-999 | 60±5 |
| QXQM-16 | 3 | 380V-50Hz | 30-255 | 60-510 | 1-9999 | 1-999 | 60±5 |
| Technical Parameter Table (III) of Laboratory Full-directional Planetary Ball Mill | ||||
| Model No. | Power | Speed Control Mode | Net Weight | Dimensions |
| (KW) | (kg3) | (mm) | ||
| QXQM-0.4 | 0,75 | Frequency Control | 136 | 900*570*670 |
| QXQM-1 | 0.75 | Frequency Control | 317 | 1330*770*850 |
| QXQM-2 | 0.75 | Frequency Control | 317 | 1330*770*850 |
| QXQM-4 | 0.75 | Frequency Control | 317 | 1330*770*850 |
| QXQM-6 | 0.75 | Frequency Control | 317 | 1330*770*850 |
| QXQM-8 | 1.5 | Frequency Control | 420 | 1360*850*950 |
| QXQM-10 | 1.5 | Frequency Control | 420 | 1360*850*950 |
| QXQM-12 | 1.5 | Frequency Control | 420 | 1360*850*950 |
| QXQM-16 | 3 | Frequency Control | 550 | 1530*940*1100 |

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