Accessories for Ultrasonic Homogenisers

3654, Omnilab

Sonotrodes transmit the mechanical oscillations into the sample, are thermostable, autoclavable and resistant against corrosive media. Sample volume, vessel diameter and desired amplitude determine the choice of device and sonotrode type. A high amplitude means a particularly intensive sonication. The sonotrode is connected to step or Booster horns. All BANDELIN sonotrodes are made of the titanium alloy TiAl6V4 (3.7165). Microtips are sonotrodes with an especially thin tip, which enables the sonication of small volumes with a high amplitude and thus a high ultrasonic effect. Sonotrodes transmit the mechanical oscillations into the sample, are thermostable, autoclavable and resistant against corrosive media. Sample volume, vessel diameter and desired amplitude determine the choice of device and sonotrode type. A high amplitude means a particularly intensive sonication. The sonotrode is connected to step or Booster horns. All BANDELIN sonotrodes are made of the titanium alloy TiAl6V4 (3.7165). Microtips are sonotrodes with an especially thin tip, which enables the sonication of small volumes with a high amplitude and thus a high ultrasonic effect.

3681, Omnilab

A holding rack is used for correct and variable positioning of the ultrasonic transducers. A holding rack is used for correct and variable positioning of the ultrasonic transducers.

530, Omnilab

The cone tip KE 76 is a conically tapered sonotrode made of high-strength titanium alloy TiAl6V4 (3.7165). The KE 76 cone tip is used for sonication of small to medium flow rates. Due to its geometry, it achieves a multiple amplitude amplification and thus achieves highest ultrasonic power densities in liquids. It is used for complicated laboratory tasks, such as cell and bacterial disruption in Biology and reaction acceleration in chemistry, applied. The cone tip KE 76 is a conically tapered sonotrode made of high-strength titanium alloy TiAl6V4 (3.7165). The KE 76 cone tip is used for sonication of small to medium flow rates. Due to its geometry, it achieves a multiple amplitude amplification and thus achieves highest ultrasonic power densities in liquids. It is used for complicated laboratory tasks, such as cell and bacterial disruption in Biology and reaction acceleration in chemistry, applied.

3748, Omnilab

Diameter 25 mm suitable for SH 200 G (HD 4200). Sonotrodes transmit the mechanical vibrations to the sample, are thermostable, autoclavable and resistant against corrosive media. sample volume, vessel diameter and desired amplitude determine the choice of device and sonotrode type. A high amplitude means a particularly intensive sonication. The sonotrode is connected to step or Booster horns. All BANDELIN sonotrodes are made of the titanium alloy TiAl6V4 (3.7165). Diameter 25 mm suitable for SH 200 G (HD 4200). Sonotrodes transmit the mechanical vibrations to the sample, are thermostable, autoclavable and resistant against corrosive media. sample volume, vessel diameter and desired amplitude determine the choice of device and sonotrode type. A high amplitude means a particularly intensive sonication. The sonotrode is connected to step or Booster horns. All BANDELIN sonotrodes are made of the titanium alloy TiAl6V4 (3.7165).

481, Omnilab

Cooling vessel KG for sonication of temperature-sensitive samples. The cooling jacket allows tempering by liquid coolant during the sonication. Cooling vessel KG for sonication of temperature-sensitive samples. The cooling jacket allows tempering by liquid coolant during the sonication.

3743, Omnilab

Diameter 6 mm suitable for UW 50, SH 100 G and SH 200 G (HD 4050, HD 4100 and HD 4200). Sonotrodes transmit the mechanical vibrations to the sample, are thermostable, autoclavable and resistant against corrosive media. sample volume, vessel diameter and desired amplitude determine device selection and sonotrode type. A high amplitude means a particularly intensive sonication. The sonotrode is connected to step or Booster horns. All BANDELIN sonotrodes are made of the titanium alloy TiAl6V4 (3.7165). Diameter 6 mm suitable for UW 50, SH 100 G and SH 200 G (HD 4050, HD 4100 and HD 4200). Sonotrodes transmit the mechanical vibrations to the sample, are thermostable, autoclavable and resistant against corrosive media. sample volume, vessel diameter and desired amplitude determine device selection and sonotrode type. A high amplitude means a particularly intensive sonication. The sonotrode is connected to step or Booster horns. All BANDELIN sonotrodes are made of the titanium alloy TiAl6V4 (3.7165).

7510, Omnilab

Sonication vessels for the indirect sonication of smallest sample quantities without introduction of metal ions and -particles from the sonotrode. No cross-contamination. Cup resonator BR 30 High intensity sonication, e.g. radioactive seeds and bacteria as well as continuous flow sonication. The BR 30 has an inlet, outlet and overflow so that temperature control and/or flow-through sonication of liquid samples is possible. Sonication vessels for the indirect sonication of smallest sample quantities without introduction of metal ions and -particles from the sonotrode. No cross-contamination. Cup resonator BR 30 High intensity sonication, e.g. radioactive seeds and bacteria as well as continuous flow sonication. The BR 30 has an inlet, outlet and overflow so that temperature control and/or flow-through sonication of liquid samples is possible.

536, Omnilab

3901, Omnilab

Support table (? 145 mm) for placing reaction vessels Support table (? 145 mm) for placing reaction vessels

3607, Omnilab

A rosette cell (RZ) allows intensive and uniform sonication of liquid media. The round shape of the side arms leads to an intensified circulation of the sample. A rosette cell (RZ) allows intensive and uniform sonication of liquid media. The round shape of the side arms leads to an intensified circulation of the sample.

494, Omnilab

Diameter 13 mm. Suitable for SH 70 G and SH 213 G. Sonotrodes are the liquid-contacting part of the ultrasonic system and are screwed to step and Booster horns. All BANDELIN sonotrodes are made of the titanium alloy TiAl6V4 (3.7165). Sonotrodes transmit the mechanical vibrations to the sample, are thermostable, autoclavable and resistant to corrosive media. Sample volume, vessel diameter and desired amplitude determine the choice of instrument and the type of sonotrode. A high amplitude means a particularly intensive sonication. Due to their geometry, the sonotrodes achieve multiple amplitude amplification and thus achieve the highest ultrasonic power densities in liquids. They are used for complicated laboratory tasks such as cell and bacterial disruption in biology and reaction acceleration in chemistry. Long sonotrodes are particularly suitable for sonication of ceramic suspensions or for sample preparation for particle size analysis. Diameter 13 mm. Suitable for SH 70 G and SH 213 G. Sonotrodes are the liquid-contacting part of the ultrasonic system and are screwed to step and Booster horns. All BANDELIN sonotrodes are made of the titanium alloy TiAl6V4 (3.7165). Sonotrodes transmit the mechanical vibrations to the sample, are thermostable, autoclavable and resistant to corrosive media. Sample volume, vessel diameter and desired amplitude determine the choice of instrument and the type of sonotrode. A high amplitude means a particularly intensive sonication. Due to their geometry, the sonotrodes achieve multiple amplitude amplification and thus achieve the highest ultrasonic power densities in liquids. They are used for complicated laboratory tasks such as cell and bacterial disruption in biology and reaction acceleration in chemistry. Long sonotrodes are particularly suitable for sonication of ceramic suspensions or for sample preparation for particle size analysis.

3256, Omnilab

A rosette cell (RZ) allows intensive and uniform sonication of liquid media. The round shape of the side arms leads to an intensified circulation of the sample. A rosette cell (RZ) allows intensive and uniform sonication of liquid media. The round shape of the side arms leads to an intensified circulation of the sample.