Product Introduction
The High-Speed Vibratory Ball Mill MRX-XQM-3 is a compact laboratory grinding and mixing machine designed for rapid preparation of small and micro-scale material samples. Instead of relying on conventional rotary grinding alone, the equipment generates high-frequency three-dimensional vibratory movement, allowing the grinding media and material to interact intensively within the milling jar. This operating principle helps shorten processing cycles while improving grinding and mixing efficiency.
The MRX-XQM-3 can process materials through both dry and wet ball milling methods, making it suitable for a broad range of laboratory material preparation requirements. It can be used with different types of solid materials, suspensions, and pastes when the selected grinding jar and media are compatible with the material being processed. The machine is particularly useful when only a small quantity of sample is available and rapid experimental preparation is required.
With a rated oscillation frequency of 1,200 cycles per minute and a compact 180 W drive system, the MRX-XQM-3 provides intensive mechanical action in a relatively small footprint. Its 0–120 minute timer allows researchers to establish controlled processing periods for repeatable experiments. The standard configuration includes an approximately 80 mL stainless steel mixing jar and grinding balls, providing a practical starting configuration for laboratory sample preparation.
Key Specifications & Parameters
Model: MRX-XQM-3.
Rated Voltage: AC 220 V / 50 Hz.
Rated Power: 180 W.
Timer Range: 0–120 minutes.
Oscillation Frequency: 1,200 cycles/min.
Recommended Feed Particle Size: Less than 1 mm.
Minimum Final Particle Size: Down to approximately 0.1 μm, depending on material, grinding media, and processing conditions.
Standard Grinding Jar: Approximately 80 mL stainless steel mixing jar.
Standard Accessories: Grinding balls and one approximately 80 mL stainless steel mixing jar.
Machine Dimensions: Approximately 500 × 370 × 300 mm.
Machine Weight: Approximately 39 kg.
Core Features
The key advantage of the MRX-XQM-3 is its high-frequency vibratory grinding mechanism. An eccentric drive generates rapid oscillation of the milling assembly, creating multidirectional movement inside the grinding jar. This intensive motion increases the contact frequency between the grinding media and the material, supporting rapid particle size reduction and homogenization.
The equipment supports both dry and wet milling, allowing researchers to select a processing route according to the physical characteristics of the sample and the desired experimental outcome. This flexibility is valuable for laboratories working with different material systems and sample preparation methods.
Its compact design makes the machine particularly suitable for laboratories that require high grinding intensity without the footprint of larger production-scale equipment. The relatively low rated power also makes it practical for routine laboratory operation.
The integrated timer provides controlled operation for experiments requiring defined processing intervals. Researchers can establish consistent milling durations across different batches, which can help improve the repeatability of sample preparation and comparative material studies.
The machine is designed for straightforward operation and cleaning, helping laboratories reduce setup and maintenance complexity between experiments. Its enclosed grinding configuration also helps keep the processing area cleaner than open mechanical grinding methods.
Main Functions
The primary function of the MRX-XQM-3 is high-speed laboratory grinding. The intensive vibratory movement enables efficient mechanical size reduction of suitable materials, making the machine useful for preparing fine powders and research samples.
The equipment can also perform laboratory material mixing. The multidirectional movement inside the jar promotes repeated interaction between different components, supporting more uniform blending during experimental preparation.
For research involving mechanical alloying, the high-energy vibratory environment can be used to investigate material interactions and alloying behavior at laboratory scale. Actual processing performance depends on the material composition, grinding media, jar configuration, and selected operating conditions.
The MRX-XQM-3 is also suitable for sample preparation before material characterization. Researchers can use the machine to reduce particle size and improve sample homogeneity before subsequent laboratory analysis or experimental procedures.
Specific Application Scenarios
In battery and energy-material laboratories, the MRX-XQM-3 can be used for small-scale preparation of suitable electrode-related powders and other solid material systems. Its ability to perform intensive grinding and mixing makes it useful during early-stage material research and formulation development.
For ceramic research, the machine can assist with fine grinding and homogenization of suitable ceramic powders. Researchers can use dry or wet processing depending on the formulation and downstream preparation method.
In materials science and metallurgy laboratories, the MRX-XQM-3 can support experimental grinding, blending, and mechanical alloying studies. The high-frequency vibratory motion provides an efficient method for investigating material behavior at laboratory scale.
For chemical and mineral research, the equipment can be used to prepare small quantities of powders and other suitable solid samples for subsequent testing and characterization. Its compact configuration is useful when sample quantities are limited or multiple experiments must be performed in parallel.
Universities, research institutes, and industrial laboratories can also use the MRX-XQM-3 for teaching demonstrations, experimental sample preparation, process development, and comparative grinding studies. Its timer-controlled operation makes it suitable for repeatable laboratory procedures.
FAQ
1. What is the High-Speed Vibratory Ball Mill MRX-XQM-3 designed for?
The MRX-XQM-3 is designed for laboratory-scale grinding, mixing, sample preparation, and mechanical alloying of suitable solid materials, suspensions, and pastes. It is particularly suitable when rapid processing of small or micro-scale samples is required.
2. Can the MRX-XQM-3 perform both dry and wet grinding?
Yes. The machine supports both dry and wet ball milling methods. The appropriate method should be selected according to the material properties, grinding media, jar configuration, and intended application.
3. What is the oscillation frequency of the MRX-XQM-3?
The rated oscillation frequency is approximately 1,200 cycles per minute. This high-frequency movement generates intensive mechanical interaction between the grinding media and the material.
4. What particle size can the machine process?
The recommended feed particle size is less than 1 mm. Under suitable processing conditions, the final particle size can reach approximately 0.1 μm. Actual results depend on material hardness, composition, grinding media, processing time, and other experimental parameters.
5. How long can the MRX-XQM-3 operate for each experiment?
The built-in timer can be set from 0 to 120 minutes, allowing users to define the grinding or mixing duration according to the requirements of the experiment.
6. What is included with the standard MRX-XQM-3 configuration?
The standard configuration includes an approximately 80 mL stainless steel mixing jar and a set of grinding balls. Different jar and media configurations can be evaluated according to the material being processed.
7. Is this machine suitable for small sample preparation?
Yes. The MRX-XQM-3 is specifically designed as a compact laboratory instrument for small and micro-scale sample preparation. It is suitable for research environments where only limited quantities of material are available.
8. Can the MRX-XQM-3 be used for mechanical alloying?
Yes. The high-frequency vibratory grinding mechanism can be used for suitable mechanical alloying experiments. Processing conditions should be established according to the material system and desired research objectives.
9. What power supply does the MRX-XQM-3 require?
The machine is designed for an AC 220 V / 50 Hz power supply and has a rated power of 180 W.
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