The new generation of DYNO®-DISC BC agitator discs was specially developed for this series.
These feature unique Bead Channels in combination with a closed outer contour.
The bead channels ensure the efficient acceleration of the grinding beads along a precisely defined path. During operation, each of the bead channels creates two efficient grinding circuits between the agitator discs that work in opposite directions.
New grinding chamber system
1 Product inlet
2 DYNO®-DISC BC (Bead Channel)
3 Grinding circuits operating in opposite directions
4 Even distribution of the grinding beads in the active grinding
5 DYNO®-ROTOR BS (Bead Separation)
6 Large screen for high throughputs
7 Product outlet
The DYNO®-MILL UBM is an agitator bead mill with a high production capacity. The new mill is user-friendly, simple and economic in operation.
The grinding chamber is at an ideal height for operation as well as for quick and convenient cleaning.
When the chamber is opened, the grinding beads are drained into a robust stainless steel collecting vessel that is permanently integrated into the machine housing. From the collecting vessel they can be easily transferred to other containers. With the DYNO®-MILL UBM production mills, it is not necessary to open the grinding chamber in order to replace the screen.
The high wear resistance of the DYNO®-MILL UBM extends the maintenance intervals and, thereby, reduces maintenance costs. Backed by WAB's unsurpassed after-sales service, this mill generation guarantees optimal machine availability.
DYNO®-MILL UNI LAB
|DYNO®-MILL UBM 20||DYNO®-MILL UBM 100|
|Grinding Chamber Volume (Liter)||0.54||19.6||94.6|
|Active Grinding Chamber Volume (Liter)||0.42||17.4||86.6|
|Mill Drive (kW)||4||22-30||55-90|
|Required Cooling Water Supply (L/h)||250 - 400||800 - 2000||2500 - 4500|
|Weight (kg)||120 - 140||1150 - 1250||2700 - 3000|
|Dimensions L x W x H (mm)||900 x 720 730||1175 x 1025 x 1840||2700 x 1285 x 2270|
Changes in design reserved. The performance data quoted is intended solely as a guide and depends on the product to be processed.