• VialTweeter at UP200St

  • In laboratories, it is often necessary to prepare multiple samples simultaneously at the same process conditions. The VialTweeter enables for the simultaneous sonication of up to 10 vials at the same intensity.
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  • UP50H

  • The ultrasonic processor UP50H is typically used for the sonication of small lab samples. This homogenizer allows for the handheld or stand-mounted emulsification, dispersing, dissolving or cell disruption.
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  • UP100H

  • The ultrasonic processor UP100H (100W, 30kHz) is the perfect device for the sonication of small and medium size lab samples. This compact, yet powerful, lab homogenizer is commonly used for sample preparation, such as emulsifying, dispersing, dissolving and cell disruption.
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  • UP200Ht

  • The UP200Ht (200W, 26kHz) handheld homogenizer is part of the new series of Hielscher’s 200 watt ultrasonic homogenizers which come with broad range of new accessories. The new features include digital control and touch screen, automatic data record.
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  • UP200St

  • With the UP200St (200W, 26kHz), the serial of Hielscher’s 200 watt ultrasonic devices is expanded by a very flexible and versatile unit. The new UP200St consists of a separated transducer UP200St-T and generator UP200St-G.
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  • UP400St

  • With the UP400St (400W, 24kHz), the serial of Hielscher’s digital ultrasonic devices is expanded by a powerful 400 watts ultrasonicator. The new UP400St is the successor of UP400S – one of Hielscher’s most popular lab systems.
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  • SonoStep

  • The SonoStep is the perfect device for reliable and comfortable sample preparation. The three essential functions of continuous sonication, stirring and pumping are integrated in a compact device. Ultrasound, and centrifugal pump are integrated into an agitated stainless steel beaker.
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  • GDmini2

  • The GDmini2 is an ultrasonic micro-reactor for the indirect, temperature-controlled sonication of liquid media. Applications include: Homogenization, emulsification, particle synthesis, solvent extraction, cell lysis and fragmentation.
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