SONOSHAKE Ultrasonic bath with shaking device
€5.854,00
Catalog nr.: 3257
Menge
Ready-to-use set consisting of
High-performance ultrasonic bath SONOREX DIGITEC DT 1028 F and shaker attachment SA 1028
Please order the required holding clamps EK 10 - EK 250 for laboratory flasks separately.
The SONOSHAKE offers a wide range of applications for sample preparation in many areas of analysis, e.g. environmental and food analysis as well as medical diagnostics. The ultrasonic bath has a footprint of 500 mm x 300 mm, a tub depth of only 65 mm and is therefore ideal for sonication of samples in laboratory flasks. The samples can be sonicated in defined time as well as in continuous operation. Rapid degassing via DEGAS function is also possible. The shaker attachment allows gentle to strong horizontal movement up to a maximum of 20 mm due to four different shaking frequencies. Both processes can be carried out simultaneously and also separately. For example, prehomogenization is achieved with a defined shaking frequency and final homogenization is achieved in a significantly shorter time using ultrasound.
High-performance ultrasonic bath SONOREX DIGITEC DT 1028 F and shaker attachment SA 1028
Please order the required holding clamps EK 10 - EK 250 for laboratory flasks separately.
The SONOSHAKE offers a wide range of applications for sample preparation in many areas of analysis, e.g. environmental and food analysis as well as medical diagnostics. The ultrasonic bath has a footprint of 500 mm x 300 mm, a tub depth of only 65 mm and is therefore ideal for sonication of samples in laboratory flasks. The samples can be sonicated in defined time as well as in continuous operation. Rapid degassing via DEGAS function is also possible. The shaker attachment allows gentle to strong horizontal movement up to a maximum of 20 mm due to four different shaking frequencies. Both processes can be carried out simultaneously and also separately. For example, prehomogenization is achieved with a defined shaking frequency and final homogenization is achieved in a significantly shorter time using ultrasound.