Lab Ball Mill Factory Digital PLC Planetary Grinding Machine Touch Screen Laboratory With 6.6L Capacity
Digital PLC Planetary Ball Mill Touch Screen Laborator with 6.6L Capacity
Product Description:
For those seeking a vital device for high-tech material milling, fine grinding, powder mixing, nano powder production, new product development, and small-batch manufacturing, the Vertical Production Planetary Ball Mill is a suitable choice.
The Tencan planetary ball mill is equipped with small volume, high efficiency, low noise and complete functions. Therefore, it is an ideal equipment for R&D institutions, universities and enterprises’ laboratories to get fine powder samples.
This ball mill features four working stations, allowing you to process up to four samples simultaneously. Furthermore, by equipping it with vacuum ball mill jars, you can utilize this machine to obtain powder samples in a vacuum environment.
Features:
- Product Name: Planetary Ball Mill
- Weight: 330kg
- Power: 4KW
- Voltage: 220V Or 110V, 50 Or 60Hz
- Rotate Speed: 0-430rpm
- Max Production Capacity: 6.6L
Milling Ball Mill, Ball Mill Grinding Machine, Ball Mill Grinding Machine
Technical Parameters:
| Product Name | Digital PLC Planetary Ball Mill |
| Voltage | 220V Or 110V, 50 Or 60Hz |
| Max Production Capacity | 6.6L |
| Operate Mode | Two Or Four Grinding Jars Working Together |
| Feeding Size | 0.1-10mm |
| Warranty | 1 Year |
| Output Size | Minimum 0.1μm |
| Weight | 330kg |
| Key Word | Touch Screen Lab Planetary Ball Mill |
| Materials of Jar | Stainless Steel,agate, Nylon, Corundum, Zirconia |
Applications:
The TENCAN XQM-20 Touch Screen Lab Planetary Ball Mill is a high-energy ball mill that is well suited to milling materials in various industries. This product is manufactured in Hunan, China and is certified with ISO CE, ensuring quality and reliability.
The TENCAN XQM-20 is designed for a wide range of applications and scenarios, making it a versatile milling ball mill that can be used for different materials. The materials of the jar include stainless steel, agate, nylon, corundum, and zirconia, enabling it to handle different types of materials and achieve different levels of grinding. The feeding size of this ball mill grinding machine ranges from 0.1mm to 10mm, allowing it to be used for both fine and coarse grinding.
The TENCAN XQM-20 Touch Screen Lab Planetary Ball Mill is versatile and applicable across multiple industries, such as agriculture, mining, chemicals, , and beyond. It excels in grinding, mixing, and homogenizing materials to ensure the desired consistency and uniformity. Regardless of your specific application, the TENCAN XQM-20 can assist you in achieving the results you require.
Whether you need to grind, mix, or homogenize materials, the TENCAN XQM-20 can handle it all. It is a high-energy ball mill that is designed to provide efficient and fast grinding, making it suitable for various research and industrial applications. With a weight of 330kg, this product is sturdy and durable, ensuring that it can withstand constant use and provide reliable performance.
The TENCAN XQM-20 Touch Screen Lab Planetary Ball Mill is available for purchase with a minimum order quantity of 1 set. The price of this product is negotiable, and it is supplied with packaging details of Plywppd Case & Foam. The delivery time for this product is between 15-20 days, and payment terms include T/T, Western union,and L/C. With a supply ability of 200 sets per month, you can be sure that you will receive your order on time.
Additionally, the TENCAN XQM-20 offers a 1-year warranty, providing comprehensive coverage against any defects or malfunctions. Featuring the keyword "Touch Screen Lab Planetary Ball Mill," this product boasts user-friendly operation, making it a suitable option for both newcomers and experts across various industries.
Support and Services:
The Planetary Ball Mill is a versatile and efficient device for mixing, grinding, and homogenizing materials. It is a highly effective instrument for rapid batch-wise grinding of hard, soft, brittle, fibrous, and moist materials down to the finest particle size. The mill is designed for very low temperatures and can be used to process materials that are sensitive to temperature changes.Our technical support team stands ready to offer assistance with the installation, operation, and maintenance of the mill. Furthermore, we provide a comprehensive suite of services, encompassing calibration, repairs, and the replacement of parts.
Packing and Shipping:
Product Packaging:
The Planetary Ball Mill will be carefully packed in a sturdy wooden crate to ensure safe transportation. The crate will be labeled with the product name and will include handling instructions.
Shipping:
The product will be shipped via a reliable courier service to the address provided by the customer. The shipping cost will be calculated based on the destination and weight of the product. The customer will receive a tracking number to keep track of the delivery status of their product.
What a Touch-Screen PLC Control Adds to a Laboratory Mill
A planetary mill's result depends on three things: how fast the jars turn, how long they run, and how evenly the energy is delivered. On a basic machine those settings are adjusted by hand and noted on paper, which leaves room for small differences between operators. A digital PLC control with a touch screen puts the same settings behind a clear interface: the operator sets the parameters on screen, the mill holds them steady for the whole run, and the next user can reproduce the same conditions. For a laboratory that runs the same method week after week, that repeatability is often the main reason to choose a digital mill over a manual one.
Building and Saving a Grinding Program on the Touch Screen
The touch screen is where a method becomes repeatable. A typical program sets the rotation speed within the mill's range, the running time, and whether the jars run in one direction or reverse at intervals. Once a program gives the particle size a laboratory is looking for, saving it means the next batch can be started with the same numbers instead of being re-tuned by feel. Keeping a short written record of the speed, time and jar load alongside each saved program also makes it easier to trace why one batch behaved differently from another. The aim is simple: the machine, rather than the operator's memory, should carry the process.
Four Stations at Once: Using the XQM-20 as a Parallel Test Station
The XQM-20 runs two or four grinding jars at the same time. In routine work that doubles or quadruples the output from a single run, but in method development it is more useful still: four jars can hold the same material under four different conditions - different speeds, times or media - so a laboratory can compare them side by side under identical motor settings. For small-batch production, running several jars of the same recipe at once is a simple way to build up a quantity without changing the process. Jars are matched and balanced in pairs, which is why the four-station layout suits both trials and small runs.
From Method Development to Routine Work: Standardizing on a Programmable Mill
A method that works once is a result; a method that works every time is a process. The step between them is standardization, and it is where programmable control helps most. Once the speed, time and reversal pattern are fixed in the mill, the same settings can be applied to every batch, and a written standard operating procedure can quote those exact values. New staff can then follow the screen rather than a senior operator's judgement, and results stay comparable as the team changes. For a laboratory moving a powder towards small-batch supply, this is often what turns a bench experiment into something that can be relied on.
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