Grinding and dispersion technology
Laboratory Agitator Bead Mill
DYNO-MILL ECM-AP 05
The high-performance laboratory mill produces the finest and narrowest particle distributions down to the nanometer range
Industries
Specially developed for the laboratory environment
The high-performance laboratory agitator bead mill is ideal for developing new formulations and calculating scale-up factors with small amounts of product.
It produces the finest and narrowest particle distributions down to the nanometer range and impresses with its highly efficient energy input for the most difficult dispersing and size reduction tasks. It is the scale-up model for the DYNO-MILL ECM-AP series. The housing allows the use of a second grinding chamber with DYNO-UNIVERSAL technology for unrivaled flexibility and cost-effectiveness in the laboratory.
Functionality
The grinding media separation system is characterized by a flow-optimized and guided grinding media circuit. The grinding media are guided axially over the screen surface by the deflection ring. Subsequently, the DYNO-ACCELERATOR DSE conveys the grinding media back to the deflection ring without tearing them off.
The axial guidance of the grinding media over the screen surface helps to remove coarser particles from the cross sections through which they flow and is the basis for the unique self-cleaning effect of the DYNO-MILL ECM-AP separation system.
Separation system with self-cleaning effect
- Grinding bead circulation
- Deflection ring
- Screen surface
- DYNO-ACCELERATOR DSE for powerful and efficient wet grinding
Features
- Suitability for high throughputs and highly viscous products
- Availability of metallic and ceramic variants
- Uniform grinding media density distribution in the grinding chamber for maximum efficiency
- Efficient grinding with grinding media from ø 0.1 mm
- Low energy consumption thanks to hydraulic grinding media acceleration
- Holistically optimized flow guidance for optimum particle residence time distribution
- Suitability for the production of all types of nano-suspensions
- Suitability for passage and circuit mode
- Grinding of temperature-sensitive products thanks to very effective cooling of the grinding chamber
- Simple and ergonomic machine handling for the fastest product changes
- Long screen life
- Minimal costs for cleaning agents when changing products
- Low noise level
- Wide range of control solutions
Download
Find more information about our laboratory agitator bead mill in compact form as PDF file. Finest and narrowest particle distributions down to the nanometer range.
Technical specifications
| Type | ECM-AP 05 | ECM-AP 2 | ECM-AP 10 | ECM-AP 20 | ECM-AP 60 |
|---|---|---|---|---|---|
| Grinding chamber volume (liters) | 0,5 | 1,9 | 9 | 21 | 62 |
| Mill drive (kW) | 4 | 11 | 30-37 | 44-58 | 100-132 |
| Cooling water throughput (L/h) | 250-400 | 1000-1500 | 1500-2200 | 1800-2500 | 3000-4000 |
| Weight (kg) | 120-140 | 500-600 | 1100-1200 | 1750-1900 | 4100-4300 |
| Dimension L x W x H (mm) | 825 x 625 x 725 | 1150 x 760 x 1590 | 1520 x 900 x 1860 | 1970 x 1090 x 2090 | 2330 x 1340 x 2220 |
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