MSK-SFM-192LN High-Energy High-Throughput Ball Mill & Mixer
The MSK-SFM-192LN is a compact, high-energy laboratory ball mill and mixer designed for efficient grinding, mixing, and homogenization of various materials. Featuring two independent milling stations and high-frequency radial oscillation, the system delivers powerful impact energy for both wet and dry sample processing.
With two 24-position tube adapters, the equipment can process up to 48 samples simultaneously using 2 mL microcentrifuge tubes. The system also supports cryogenic sample preparation through pre-cooling of compatible milling jars and can be operated in suitable argon or vacuum glovebox environments.
Ideal for laboratory research, battery materials, ceramics, metallurgy, chemistry, and advanced material development.
주요 기능
- High-Energy Milling: Radial oscillating motion generates strong impact forces for efficient grinding and mixing.
- 48-Sample High Throughput: Two 24-position tube adapters support simultaneous processing of up to 48 samples.
- Dual Milling Stations: Accommodates two milling jars, with compatible capacities ranging from 1.5 mL to 50 mL.
- Wet and Dry Processing: Suitable for various laboratory grinding, blending, and sample preparation applications.
- Cryogenic Preparation: Compatible jars can be pre-cooled for processing certain temperature-sensitive or elastic materials.
- Adjustable Vibration Frequency: 300–2000 oscillations per minute.
- Programmable Touchscreen: Digital control of milling time, pause intervals, vibration frequency, and operating cycles.
- 10 Stored Programs: Convenient program storage for repeatable laboratory processing.
- Glovebox Compatible: Compact design with a 24V DC motor for compatible controlled-atmosphere installations.
- Versatile Grinding Media: Supports stainless steel, nylon, alumina, zirconia, and other compatible jar and ball materials.
기술 사양
| 매개변수 | 사양 |
|---|---|
| 모델 | MSK-SFM-192LN |
| Equipment Type | High-Energy High-Throughput Ball Mill & Mixer |
| Milling Mechanism | Radial Oscillating Impact Milling |
| Number of Milling Stations | 2 |
| Standard Milling Jar | 2 × 50 mL Stainless Steel Jars |
| Compatible Jar Capacity | 1.5–50 mL |
| High-Throughput Capacity | Up to 48 Samples (2 × 24 Positions) |
| Sample Tube Capacity | 2 mL per Tube |
| Power Supply | 110V / 220V AC, 50/60Hz |
| Motor | 24V DC |
| Maximum Power | 400 W |
| Vibration Frequency | 300–2000 Oscillations/min, Adjustable |
| Maximum Oscillation Amplitude | 25 mm |
| Time Setting Range | 1–6553 Seconds |
| Recommended Single Milling Period | Maximum 300 Seconds |
| Maximum Total Program Time | 6553 Seconds |
| Control System | Digital Touchscreen |
| Programmable Parameters | Milling Time, Pause Time, Cycle Number, Vibration Frequency |
| Stored Programs | 10 |
| Maximum Feed Size | ≤8 mm |
| Typical Output Particle Size | Approximately 3 µm (Material Dependent) |
| Processing Modes | Wet Grinding, Dry Grinding, Mixing, Cryogenic Pre-Cooling |
| Glovebox Compatibility | Compatible Argon / Controlled-Atmosphere Glovebox Installations |
| Installation | Benchtop |
| Compliance | CE; Additional Certification Options Subject to Confirmation |
High-Throughput Sample Processing
The MSK-SFM-192LN features two milling stations equipped with multi-position tube adapters for efficient processing of multiple laboratory samples.
- Two 24-position sample tube adapters.
- Supports up to 48 individual 2 mL sample tubes.
- Suitable for parallel sample grinding, mixing, and homogenization.
- Reduces the need for repeated individual sample preparation.
- Supports consistent processing under programmed operating conditions.
Milling Jars and Grinding Media
The standard configuration includes two 50 mL stainless steel milling jars and suitable grinding media. Additional jar materials and capacities are available to accommodate different sample characteristics and contamination requirements.
Standard Milling Accessories
- 2 × 50 mL Stainless Steel Milling Jars
- 2 × 24-Position Tube Holder Adapters
- 4 × Stainless Steel Grinding Balls, 20 mm Diameter
- 1 × Set of Zirconia Grinding Balls, 1.5 mm Diameter (Approximately 30 mL / 250 g)
- 48 × 2 mL Sample Tubes
Optional Milling Jars
- 10 mL Stainless Steel Milling Jar
- 25 mL Stainless Steel Milling Jar
- 25 mL / 50 mL PEEK Milling Jars
- 25 mL / 50 mL PTFE Milling Jars
- Nylon Milling Jars
- Alumina Milling Jars
- Agate Milling Jars
- Other Compatible Milling Jars and Grinding Media Upon Request
Programmable Touchscreen Control
The integrated touchscreen controller provides convenient adjustment of key milling parameters for flexible laboratory operation.
- Adjustable vibration frequency from 300 to 2000 oscillations per minute.
- Programmable milling duration and pause intervals.
- Adjustable operating cycle settings.
- Storage of up to 10 user-defined milling programs.
- Digital display for convenient monitoring and operation.
Operating Recommendation: A single continuous milling period should not exceed 300 seconds. The maximum total programmed operating time is 6553 seconds.
Cryogenic Sample Preparation
For certain temperature-sensitive, elastic, or difficult-to-grind samples, compatible milling jars can be pre-cooled using liquid nitrogen before the milling process. This approach may improve grinding performance for materials that become brittle at low temperatures.
Safety Note: Cryogenic preparation must follow appropriate laboratory safety procedures. Liquid nitrogen must not be sealed inside the milling jar. Jar material compatibility, thermal conditions, and operating procedures should be verified before use.
Glovebox Compatibility
With its compact benchtop structure and 24V DC motor, the MSK-SFM-192LN can be integrated into compatible argon-atmosphere or controlled-environment glovebox systems for sensitive material processing.
Installation requirements, power connections, and compatibility with vacuum glovebox configurations should be confirmed before operation.
Applications
- Lithium-Ion Battery Material Research
- Cathode and Anode Powder Preparation
- Nanomaterial Grinding and Mixing
- Ceramic and Oxide Powder Processing
- Metal and Alloy Powder Preparation
- Chemical and Pharmaceutical Research
- Temperature-Sensitive Material Preparation
- High-Throughput Laboratory Sample Processing
- Advanced Materials Research and Development
- Scientific and Academic Laboratories
Standard Package Includes
| 항목 | 수량 |
|---|---|
| MSK-SFM-192LN Main Machine | 1 Unit |
| 50 mL Stainless Steel Milling Jar | 2 Pieces |
| 24-Position Tube Holder Adapter | 2 Sets |
| 20 mm Stainless Steel Milling Ball | 4 Pieces |
| 1.5 mm Zirconia Milling Balls | Approximately 250 g |
| 2 mL Sample Tube | 48 Pieces |
Important Operating Notes
- Maximum recommended feed particle size is 8 mm.
- Final particle size depends on material properties, milling duration, vibration frequency, jar selection, and grinding media.
- Approximately 3 µm output particle size is a reference value and is not guaranteed for all materials.
- Stainless steel jars are suitable for many metal powder processing applications.
- For oxide materials, alumina or nylon jars with compatible zirconia grinding media may help reduce metallic contamination.
- Do not use stainless steel grinding balls in alumina jars.
- Select suitable milling jar and ball materials according to chemical compatibility and contamination requirements.
- Optional jars and accessories are available separately.
Custom Configurations and Technical Support
펑신 기계 supplies laboratory ball mills, grinding equipment, and material preparation solutions for research and development applications.
We offer various milling jar capacities, grinding media materials, and accessory configurations to meet different laboratory processing requirements.
문의하기 for detailed specifications, accessory options, technical support, and quotations for the MSK-SFM-192LN High-Energy High-Throughput Ball Mill & Mixer.
