Products Description
Advanced Planetary Milling System (milling balls)
As a core apparatus in advanced material processing, this high-energy planetary ball mill enables precision operations including homogenization, ultrafine grinding, specimen preparation, nanomaterial dispersion, and R&D-scale production of specialized composites. The compact multifunctional unit integrates operational efficiency with acoustically optimized performance, specifically designed for research institutes, academic laboratories, and industrial R&D centers to obtain micron-scale analytical specimens (dual-sample parallel processing capability). Its application spectrum encompasses 12 industrial sectors spanning mineral exploration, advanced metallurgical processing, electronic ceramics fabrication, biomedical engineering, and environmental technology solutions.
Configurable Operational Parameters:
- Dynamic rotational speed control
- Bidirectional cycle timing adjustment
- Customizable processing duration
Mechanical Dynamics
The H-E PBM series variable-frequency mill employs quadruple grinding chambers mounted on a planetary drive platform. This dual-motion mechanism generates synchronized orbital and axial rotation, creating intense kinetic interactions between grinding media and processed materials. Through controlled dry/wet processing methodologies, the system achieves:
- Multi-material homogenization
- Ultrafine particle refinement (≤0.1μm)
- Precision particle size distribution
Technical Specifications
- Industrial Design Excellence
- Aerodynamic enclosure with laser-cut precision components
- CNC-formed structural elements with anti-vibration configuration
- Premium Transmission System
- Nitrided alloy shafts with surface hardening treatment
- Hybrid metal-polymer gearing system with automatic lubrication
- Energy-efficient operation (Noise level <65dB, <5% power loss)
- Advanced Process Control
- Intelligent touchscreen HMI with preset protocols
- Dual protection circuits (undervoltage/overcurrent safeguards)
- Optional auto-locking grinding chamber mechanism
- Optimized Structural Design
- Low-center-of-gravity stability architecture
- Modular assembly for simplified maintenance
- Export-standard packaging configuration
Technical Parameters
| Model | XW-PBM-H0.4A |
| Grinding tank volume（ML） | 100ML*2（can with50MLvacuum grinding tank） |
| Grinding tank material | Optional hard steel, stainless steel, zirconia, agate, corundum, tungsten carbide, nylon, polyurethane, PTFE, etc. |
| Grinding media | Stainless steel, agate, zirconia, corundum, etc. |
| Maximum loading per tank | Material and grinding medium does not exceed2/3of the volume |
| Feeding material size | Crispy materials ≤ 10 mm, other materials ≤ 3 mm |
| Discharge material size | Min0.1um（According to material characteristics） |
| Rotating speed | Maximum revolution 47-815 rpm, Max rotation 94-1630 rpm |
| Speed ratio (revolution: rotation) | 1:2 |
| Speed mode | Frequency |
| Planetary disk drive mode | Gear drive |
| Lubrication method | The gears are lubricated by liquid oil, the noise is lower, and the gears are not easy to wear. Easy maintenance |
| Working Voltage | Single phase220V，50HZ |
| Motor power and variable frequency power | 0.37KW（The motor brand is Siemens, and the inverter brand is Siemens） |
| Way of working | two jarswork at the same time |
| Maximum continuous operating time | 72hours（Timer0-9999h） |
| Programmable control | 4.5-inch touch screen panel, better human-machine interface integration, free to set the total setting, forward rotation, reverse rotation, interval standby time, repeated alternate operation, real-time alarmsfor overcurrent, overvoltage, and overload protection for operating equipment .And can save 9 groups of different parameters and call them arbitrarily. |
| Equipment reference size（MM） | 570(L）*300（W）*450（H） |
| Equipment referenceweight（KG） | About 35KG |
