WAB: DYNO-MILL MULTI LAB Bead Mill
Laboratory Agitator Bead Mill
ENQUIREThe DYNO-MILL MULTI LAB is a versatile laboratory mill designed for exceptional flexibility in research, development, and small-scale production. This advanced lab mill allows easy variation of grinding chamber sizes, material options, and grinding technologies, making it the preferred choice for dispersing and comminuting materials across a wide range of viscosities and batch sizes. Whether in discontinuous or continuous operation, the DYNO-MILL MULTI LAB ensures reliable performance, precise results, and seamless scale-up to larger DYNO-MILL production systems.
Key Features
Feature (discontinuous) | Coolable grinding container |
Feature (discontinuous) | DYNO agitator disc |
Feature (discontinuous) | Product inlet |
Feature (discontinuous) | Product outlet |
Feature (continuous) | Coolable grinding container with easily replaceable grinding cylinder |
Feature (continuous) | DYNO agitator disc |
Feature (continuous) | Product inlet |
Feature (continuous) | Dynamic gap separator |
Feature (continuous) | Product outlet |
Feature (continuous) | DYNO-ACCELERATOR |
The DYNO-MILL MULTI LAB sets new standards in laboratory milling technology by combining flexibility, efficiency, and user-friendly operation. It is engineered for both research laboratories and small-scale production environments, offering outstanding adaptability with multiple grinding chamber sizes (0.15 l, 0.3 l, 0.6 l, and 1.4 l) and a wide choice of materials for contact parts.
Mode of Operation: Discontinuous Grinding
For small batch sizes of 85 ml and 170 ml, the DYNO-MILL MULTI LAB is equipped with specially designed grinding containers (0.15 l and 0.3 l). Ideal for low-viscosity suspensions, this configuration is widely used in microbiology for cell disruption and in pharmaceutical applications for processing active ingredients. After grinding, separation from the grinding media is performed via a washing step, ensuring product purity
- Proven grinding chamber system
- Coolable grinding container
- DYNO agitator disc
- Easy product inlet and outlet handling
- Mode of Operation: Continuous Grinding
For larger batch sizes starting from 500 ml, the mill offers continuous operation with containers ranging from 0.15 l to 1.4 l. A feed pump ensures efficient product flow, while the dynamic gap separator retains grinding media sized from 0.1 to 2.5 mm. For high-throughput applications, the patented DYNO-ACCELERATOR is available with the ECM grinding principle, supporting both circulation and passage modes (available in 0.6 l size).
System Highlights for Continuous Operation:
For processing low-viscosity to viscous, pumpable products with batch sizes >500 ml, grinding containers with a volume of 0.15 l, 0.3 l, 0.6 l and 1.4 l can be used. A feed pump positioned next to the mill is used to feed the ground material into the DYNO-MILL MULTI LAB. The grinding media are retained in the grinding chamber by means of a dynamic gap separator, which allows the use of grinding media with a ø of 0.1 to 2.5 mm.
The ECM grinding principle with the DYNO-ACCELERATOR is used for very high throughputs in the circulation mode, but also in the passage mode. This version is available in the 0.6 l volume size.
What makes the DYNO-MILL MULTI_LAB Superior?
- Flexible, coolable grinding container with replaceable cylinder
- DYNO agitator disc and dynamic gap separator
- DYNO-ACCELERATOR for maximum efficiency
- Easy product inlet and outlet control
- Key Features and Benefits
- Optimized for R&D and small-scale production
- Operates in both discontinuous and continuous modes
- Two grinding principles in one mill: DYNO agitator disc and DYNO-ACCELERATOR
- Direct scalability to all production-size DYNO-MILL systems
- Wide selection of materials for wear parts, including high-quality ceramics for metal-free grinding
- Long service life, minimal maintenance, and easy cleaning (GMP-compliant)
- Ergonomic, modular design for quick reconfiguration
- Excellent cooling properties for temperature-sensitive products
- Sophisticated and adaptable control systems