Probe Ultrasonicator

Parent Product

Probe Ultrasonicator

Probe Ultrasonicator solutions in the QualiUltra™ lineup use ultrasonic cavitation to disrupt cells, disperse particles, and homogenize liquids with controlled energy input. The Probe Ultrasonicator format focuses acoustic energy at a titanium probe tip, delivering high shear and micro-mixing for fast, repeatable processing across R&D and QC workflows.

Common Applications of a Probe Ultrasonicator

Cell and tissue lysis: Supports release of proteins, enzymes, DNA/RNA, and intracellular components from animal, plant, and microbial samples.
Microbial disruption: Helps break bacterial and viral structures for extraction, characterization, or method studies.
Emulsification: Produces stable emulsions where droplet size uniformity impacts formulation results.
Nanomaterial and pigment dispersion: Improves deagglomeration for more uniform suspensions and better repeatability.
Particle size reduction and homogenization: Helps standardize heterogeneous samples and multi-phase blends.

Comparison Table: Which Probe Ultrasonicator Fits the Workflow?

Series	What it’s built for	Workflow advantages	Typical control features
QualiUltra™ Probe Series	General-purpose probe sonication	Broad probe/volume flexibility for common lab tasks	Power, time, duty cycle, temperature alarms
QualiUltra™ Intre Series	Integrated, space-efficient operation	Enclosure + lifting system reduces setup friction and bench clutter	Touchscreen, temperature alarms, electric lifting (remote-capable)
QualiUltra™ Smart Series	Method standardization and stability	Automatic tracking helps consistency under changing loads; stored programs for repeat runs	Frequency tracking, impedance adaptation, program storage, diagnostics

Why Choose QualiUltra™ for Probe Ultrasonicator Work?

Protocol consistency across teams: Settings and controls support repeatable results for routine workflows.
Configurations that match real lab constraints: Standard benchtop, integrated enclosure, or smart-controlled platforms cover different workspace and workflow needs.
Temperature-aware operation: Monitoring and alarms help reduce sample damage risk during longer sonication cycles.
Probe flexibility for scaling volume and intensity: Multiple probe diameters help match energy delivery to volume, viscosity, and target outcome.

Probe Ultrasonicator | Available Products