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Ultrasonic Homogeniser SONOPULS HD 4400. BANDELIN. Configuration volume: 100 to 3000ml. HF-Generator: GM 4400. Converter: UW 400. Dim. WxHxD (mm): 220x150x335. Power HF (W): 400. Horn: SH 400 G. Included sensor: TS 425, Ø 25 mm

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Characteristic
Sample volume : 100 to 3000ml
HF-Generator : GM 4400
Converter : UW 400
Dimensions WxHxD (mm) : 220x150x335
Power HF (W) : 400
Horn : SH 400 G
Included probe : TS 425, Ø 25 mm
Pack (u.) : 1

SONOPULS Ultrasonic homogenisers are mainly used for homogenising, desagglomerising, emulsifying, suspending, acceleration of chemical reactions as well as for disruption of cells, bacteria, fungi or spores. Significantly reduced processing times and quickly available results make the ultrasonic homogenisers indispensable for modern processes and in analysis. Using ultrasonic homogenisers certain substances can be selectively destroyed, tedious preparation processes can be shortened and results of many reactions are improved. When sonicating samples not only µm particles can be achieved but also particles in nm range.

SONOPULS homogenizers with amplitude regulation 10 to 100 % and actual value display, pulse rate, AMPLICHRON® mode (guarantees a constant amplitude in independence of changing conditions), integrated timer, remote control. All units have a CE mark and are medical products according to the guideline for in vitro diagnostics 98/79/EG.

Features:
- Time modes: 9 h: 59 min: 59 s, continuous or timed
- Safety shut-down: 9h: 59 min: 59 s
- Alphanumerical LC display of amplitude, pulse level, time, energy input and temperature (optional)
- 9 user programmes
- Remote control with PC: RS 232 (Sub-D)
- Error diagnosis, automatic storage of the last adjusted values, operating test
- Sequencing several batches one after the other
- Pulsation: ON cycles: 0.2-600 s, OFF cycles: 0.3-600 s

Fields of application:
- Disruption of cells, bacteria, virus, tissue (cell disruption)
- Production of finest emulsions
- Homogenization of substances
- Sample preparation for HPLC
- Degassing of fluids
- Sample preparation for particle size analysis
- Acceleration of chemical reactions
- Waste-water analysis