Mikro Dismembrator U and S

Mikro Dismembrator U and S

Brand : Sartorius

These ball mills most efficiently homogenise solid or frozen samples. Solid samples such as bone or deep-frozen tissue, e.g. from biopsies, are disintegrated to fine powder rapidly. Skin, hair, feathers, cartilage or other tough samples can all be disrupted.


Some Features

Ball mill for solid or frozen samples. Highest efficiency by top speed. Electronic control of speed and time


Laboratory ball mills Mikro-Dismembrator U and Mikro-Dismembrator S are suited for disintegration and homogenisation of brittle, frozen or hard materials. Whereas the Mikro-Dismembrator U with its shaking frequency of 2.000/min is usable for most applications, the new Mikro-Dismembrator S laboratory ball mill with a maximum frequency of 3.000/min is especially well suited for fast homogenisation of samples frozen in liquid nitrogen, for instance biopsy materials taken for diagnostic purposes. This results in much faster isolation of DNA, RNA or proteins than with protocols involving manual grinding, thereby reducing the risk of sample degradation. Reproducibility of the disintegration process is guaranteed by digital control of shaking frequency and time. A complete line of shaking flasks and grinding balls is available, including adaptors for small disposable vessels and microplates.


Line voltage
230 V
Line frequency
50/60 Hertz
120 W
Shaking frequency
100 - 2000
Dimensions (WxDxH)
297 x 205 x 259 mm
19 kg
Protection type
Class I cold socket, separate cable approx. 3 m
Protection class
Class N according to EN 55014-2
16 mm
Alphanumeric key pad, LCD
0:01 to 98:59 min, continuous action at 99:00 min
Max. ambient temperature
10 - 35 °C
2x T0,5 A
Relative humidity
Max. 80% non-condensing


Please complete your contact details in the fields below, so that we can get back to you quickly and efficiently

Company Name
Full Name
Job Title
Email Address

Please retype the code below here
CAPTCHA Image   Reload Image
Enter Code*:
If you cannot read the code, click to generate a new code.