whatsapp
Smart Probe Ultrasonicator

Smart Probe Ultrasonicator
Parent Product
Probe Ultrasonicator
Standards
IEC 61010-1
IEC 61326-1
ISO 20427

Smart Probe Ultrasonicator – QualiUltra™ Smart Series

A Probe Ultrasonicator in the QualiUltra™ Smart Series uses high-intensity ultrasonic cavitation to lyse cells, disrupt tissues, and homogenize liquid samples with controlled energy input. Smart control functions support stable performance through automatic frequency tracking, impedance adaptation, and built-in protections for overload and over-temperature conditions.

This series is designed for labs that need repeatable methods, secure parameter storage, and clean operator workflows. A sound-reducing enclosure with automatic lifting and added functions supports safer handling during processing and helps keep the workstation organized.

The QualiUltra™ Smart Series is a smart Probe Ultrasonicator platform for small- to large-volume sample processing. Output power is adjustable across the lineup, and typical operating frequency is 20–25 kHz for consistent cavitation behavior. Time and temperature control features help maintain method consistency during routine protocols.

A built-in smart control architecture supports stable operation, with features such as automatic frequency tracking, diagnostic alerts, and secure program storage. Connectivity options are listed for communication with a host computer for network control and remote printing workflows.

Smart Probe Ultrasonicator – QualiUltra™ Smart Series Applications

  • Cell lysis and biomolecule extraction
    • Ultrasonic cavitation breaks cell membranes to support DNA, RNA, and protein extraction workflows. It is commonly applied to bacterial, viral, and spore-related sample prep where mechanical disruption is required.
  • DNA/RNA shearing and trimming
    • Controlled sonication can reduce nucleic acid fragment sizes for downstream steps that require narrower distributions. Pulse and time settings help tune energy delivery while limiting heat rise.
  • Chromatin immunoprecipitation preparation
    • Probe ultrasonication is used in chromatin preparation workflows where controlled fragmentation improves consistency. Temperature monitoring and protective alarms help reduce overheating during longer cycles.
  • Nanomaterial dispersion and deagglomeration
    • The system supports dispersion and breakup of agglomerates in materials such as carbon nanotubes and graphene for more uniform suspensions. This improves repeatability in material chemistry experiments and formulation screening.
  • Emulsification and homogenization
    • High-shear cavitation supports emulsification, homogenization, and particle fragmentation for chemical and formulation work. These workflows benefit from repeatable power settings and stable frequency behavior.
  • Soil, rock, and particulate sample preparation
    • Probe processing helps homogenize soil, rock, and particulate samples for analysis, especially when particles must be dispersed evenly. It is also described for use in medical, geological, marine, and other sample-prep settings.
Smart Probe Ultrasonicator

Standards

  • IEC 61010-1 — Safety requirements for electrical equipment for measurement, control, and laboratory use.
  • IEC 61326-1 — EMC requirements (emissions and immunity) for measurement, control, and laboratory equipment.
  • ISO 20427 — Includes a standardized procedure for ultrasonic dispersion using a probe-type sonicator.

Smart Probe Ultrasonicator – QualiUltra™ Smart Series Key Features

  • Smart control architecture for stable output
    • Microcomputer-controlled operation is described with DSP + ARM control, supporting more stable performance and precise data handling.
  • Automatic frequency tracking and impedance adaptation
    • The system is listed with automatic tracking and impedance matching functions to help maintain consistent sonication behavior across changing loads.
  • Pulse and continuous operation for heat management
    • Gap/continuous working modes are listed, with tunable pulse timing to help manage sample temperature rise.
  • Large touch display with key parameters visible
    • A 7-inch TFT screen is listed showing temperature, power/amplitude, and pulse settings with touch control.
  • Security and repeatability for routine workflows
    • Method storage is listed (20 groups) with password protection for controlled access to saved settings.
  • Diagnostics and protection functions
    • Self-diagnostic functions and protection indications are listed, including overload and over-temperature protection display.
  • Connectivity for lab integration
    • Wireless or RJ-45 interface is listed for host communication, network control, and remote printing.
  • Soundproof enclosure with integrated lifting and added functions
    • The soundproof box is listed with illumination, sterilization, automatic lifting, and door locking features.

Theory and Method

Ultrasonic probe systems generate alternating pressure waves in liquid that create cavitation bubbles. When those bubbles collapse, they produce localized shear and micro-jets that break cells, disperse particles, and improve mixing. Stable results depend on consistent energy delivery, which is supported here through automatic frequency tracking and impedance adaptation.

A practical method starts with choosing the correct probe tip diameter for the sample volume and viscosity. Set the target power, pulse or continuous mode, and total time, then monitor temperature during processing. Use a cooling cup when heat-sensitive samples require tighter temperature control. After the run, clean the probe properly and store the method parameters for repeatable use.

Smart Probe Ultrasonicator – QualiUltra™ Smart Series Technical Specification

SpecificationQualiUltra™ Smart 650QualiUltra™ Smart 950QualiUltra™ Smart 1200
Power range (adjustable)5–650 W5–950 W5–1200 W
Frequency20–25 kHz
Processing volume0.2–500 mL
Time range0–999 min
Temperature control0–100°C
AlertsTemperature, time, failure
Soundproof boxInternal electric lifting device
Soundproof box size350 × 345 × 545 mm
Standard probe (horn)Ø6 mmØ6 mmØ20 mm
Optional probe tipsØ2, Ø3, Ø10, Ø12 mmØ2, Ø3, Ø10, Ø12, Ø15 mmØ15, Ø25 mm
Optional cooling cup30 mL, 100 mL, 400 mL30 mL, 100 mL, 400 mL100 mL, 400 mL
Standard configurationHost + transducer + probe + software

Request
Quotation

Back to Main Page

Probe Ultrasonicator