The Story
Multi Channel Ultrasonicator – QualiUltra™ MC Series
The QualiUltra™ MC Series Multi Channel Ultrasonicator is engineered for simultaneous processing of multiple samples using an array of ultrasonic probes. It is developed for laboratory environments that require uniform sonication conditions across all samples, ensuring identical power delivery, timing control, and temperature oversight across every channel.
This system enables pulse-based operation to reduce heat buildup while sustaining strong cavitation performance. As a result, it enhances workflow efficiency for applications such as cell disruption, dispersion, and emulsification—especially in processes that become time-intensive when handled one sample at a time.
Designed for both method optimization and routine laboratory sample preparation, the QualiUltra™ MC Series delivers consistent performance across multiple tubes, supporting reproducible results in day-to-day workflows. Its touch-based interface and built-in safety logic help minimize operational variation between users, improving overall process stability.
The QualiUltra™ MC platform is based on a multi-probe configuration that distributes ultrasonic energy evenly across several sample positions. Each configuration is defined by channel capacity, allowing laboratories to scale from small batch testing to high-throughput processing.
The system provides adjustable ultrasonic power settings and programmable pulse control for precise protocol customization. Integrated temperature monitoring further supports stable processing conditions during extended operation, helping maintain reliable results across longer experimental runs.
Standards
The QualiUltra™ MC Series Multi Channel Ultrasonicator is designed with reference to internationally recognized laboratory equipment standards to support safe and reliable operation in controlled environments.
IEC 61010-1
Defines safety requirements for electrical equipment used in measurement, control, and laboratory applications, ensuring protection against electrical and operational hazards.
IEC 61326-1
Specifies electromagnetic compatibility (EMC) requirements, covering both emissions and immunity to ensure stable performance in laboratory settings with other electronic instruments.
ISO 20427
Provides standardized ultrasonic dispersion procedures, including guidance for probe-based sonication methods used in method development and documentation of reproducible workflows.
UL 61010-1
A widely recognized U.S. safety standard aligned with laboratory electrical equipment requirements, supporting compliance pathways for North American installations.
Multi Channel Ultrasonicator – QualiUltra™ MC Series Key Features
Multi-channel throughput for batch workflows
Multiple probes enable simultaneous processing of numerous samples in a single run, improving overall laboratory throughput and reducing total preparation time.
Pulse operation for improved thermal control
Adjustable pulse timing supports applications that require controlled energy delivery while limiting heat buildup during extended sonication cycles.
Touch control with clear parameter visibility
A responsive touch interface allows straightforward configuration of operating parameters, supporting consistent setup and reproducible operation across different users.
Temperature sensing for in-process monitoring
Integrated temperature monitoring helps maintain stable processing conditions, particularly in workflows involving heat-sensitive materials or extended run times.
Built-in method protection for stable operation
System-level safeguards provide overload protection, diagnostics feedback, and over-temperature alerts to support safe and reliable daily use.
Probe options matched to sample scale
Different probe sizes accommodate a range of sample volumes, from micro-scale tubes to larger containers, enabling flexible workflow configuration within the same platform.
Theory and Method
Ultrasound generates alternating pressure waves within a liquid medium, leading to the formation and collapse of cavitation bubbles. This collapse produces localized shear forces and micro-streaming effects that support cell disruption, particle dispersion, and enhanced mixing performance.
A Multi Channel Ultrasonicator applies this cavitation principle simultaneously across multiple sample positions. This parallel processing approach helps improve consistency between samples and reduces variation across batches.
A typical workflow begins with selecting the appropriate tube volume range and matching probe size to the system configuration. Operating parameters such as power percentage, pulse on-time, and pulse off-time are then defined based on the application requirements. During processing, temperature monitoring is used to maintain stable conditions, particularly for heat-sensitive materials.
Pulse-based operation supports better thermal management by controlling energy input during extended runs. For reliable multi-sample results, cleaning procedures and consistency checks should be incorporated into the protocol to ensure uniform performance across all channels in repeated experiments.
Multi Channel Ultrasonicator – QualiUltra™ MC Series Technical Specification
| Specification | QualiUltra™ MC 4 | QualiUltra™ MC 6 | QualiUltra™ MC 8 | QualiUltra™ MC16 | QualiUltra™ MC24 | QualiUltra™ MC48 | QualiUltra™ MC96 |
|---|---|---|---|---|---|---|---|
| Number of channels | 4 | 6 | 8 | 16 | 24 | 48 | 96 |
| Sample volume | 1–20 mL | 1–50 mL | 1–20 mL | 1–20 mL | 100 µL–5 mL | 100 µL–4 mL | 100 µL–0.5 mL |
| Power | 2400 W | ||||||
| Frequency | 20 kHz ±0.5 | ||||||
| Adjustable power | 1–100% | ||||||
| Standard probe | Ø6 mm | ||||||
| Working mode | Pulse / On | ||||||
| Pulse setting | 0.1–99.9 s adjustable (gap/working) | ||||||
| Temperature sensor | Yes | ||||||
| Operation mode | Touch control | ||||||
| Display | Parameter display for temperature, power, pulse mode, time | ||||||
| Protection functions | Self-diagnostics, parameter error correction, overload protection, over-temperature indication | ||||||
Description
Multi Channel Ultrasonicator – QualiUltra™ MC Series
The QualiUltra™ MC Series Multi Channel Ultrasonicator is engineered for simultaneous processing of multiple samples using an array of ultrasonic probes. It is developed for laboratory environments that require uniform sonication conditions across all samples, ensuring identical power delivery, timing control, and temperature oversight across every channel.
This system enables pulse-based operation to reduce heat buildup while sustaining strong cavitation performance. As a result, it enhances workflow efficiency for applications such as cell disruption, dispersion, and emulsification—especially in processes that become time-intensive when handled one sample at a time.
Designed for both method optimization and routine laboratory sample preparation, the QualiUltra™ MC Series delivers consistent performance across multiple tubes, supporting reproducible results in day-to-day workflows. Its touch-based interface and built-in safety logic help minimize operational variation between users, improving overall process stability.
The QualiUltra™ MC platform is based on a multi-probe configuration that distributes ultrasonic energy evenly across several sample positions. Each configuration is defined by channel capacity, allowing laboratories to scale from small batch testing to high-throughput processing.
The system provides adjustable ultrasonic power settings and programmable pulse control for precise protocol customization. Integrated temperature monitoring further supports stable processing conditions during extended operation, helping maintain reliable results across longer experimental runs.
Standards
The QualiUltra™ MC Series Multi Channel Ultrasonicator is designed with reference to internationally recognized laboratory equipment standards to support safe and reliable operation in controlled environments.
IEC 61010-1
Defines safety requirements for electrical equipment used in measurement, control, and laboratory applications, ensuring protection against electrical and operational hazards.
IEC 61326-1
Specifies electromagnetic compatibility (EMC) requirements, covering both emissions and immunity to ensure stable performance in laboratory settings with other electronic instruments.
ISO 20427
Provides standardized ultrasonic dispersion procedures, including guidance for probe-based sonication methods used in method development and documentation of reproducible workflows.
UL 61010-1
A widely recognized U.S. safety standard aligned with laboratory electrical equipment requirements, supporting compliance pathways for North American installations.
Multi Channel Ultrasonicator – QualiUltra™ MC Series Key Features
Multi-channel throughput for batch workflows
Multiple probes enable simultaneous processing of numerous samples in a single run, improving overall laboratory throughput and reducing total preparation time.
Pulse operation for improved thermal control
Adjustable pulse timing supports applications that require controlled energy delivery while limiting heat buildup during extended sonication cycles.
Touch control with clear parameter visibility
A responsive touch interface allows straightforward configuration of operating parameters, supporting consistent setup and reproducible operation across different users.
Temperature sensing for in-process monitoring
Integrated temperature monitoring helps maintain stable processing conditions, particularly in workflows involving heat-sensitive materials or extended run times.
Built-in method protection for stable operation
System-level safeguards provide overload protection, diagnostics feedback, and over-temperature alerts to support safe and reliable daily use.
Probe options matched to sample scale
Different probe sizes accommodate a range of sample volumes, from micro-scale tubes to larger containers, enabling flexible workflow configuration within the same platform.
Theory and Method
Ultrasound generates alternating pressure waves within a liquid medium, leading to the formation and collapse of cavitation bubbles. This collapse produces localized shear forces and micro-streaming effects that support cell disruption, particle dispersion, and enhanced mixing performance.
A Multi Channel Ultrasonicator applies this cavitation principle simultaneously across multiple sample positions. This parallel processing approach helps improve consistency between samples and reduces variation across batches.
A typical workflow begins with selecting the appropriate tube volume range and matching probe size to the system configuration. Operating parameters such as power percentage, pulse on-time, and pulse off-time are then defined based on the application requirements. During processing, temperature monitoring is used to maintain stable conditions, particularly for heat-sensitive materials.
Pulse-based operation supports better thermal management by controlling energy input during extended runs. For reliable multi-sample results, cleaning procedures and consistency checks should be incorporated into the protocol to ensure uniform performance across all channels in repeated experiments.
Multi Channel Ultrasonicator – QualiUltra™ MC Series Technical Specification
| Specification | QualiUltra™ MC 4 | QualiUltra™ MC 6 | QualiUltra™ MC 8 | QualiUltra™ MC16 | QualiUltra™ MC24 | QualiUltra™ MC48 | QualiUltra™ MC96 |
|---|---|---|---|---|---|---|---|
| Number of channels | 4 | 6 | 8 | 16 | 24 | 48 | 96 |
| Sample volume | 1–20 mL | 1–50 mL | 1–20 mL | 1–20 mL | 100 µL–5 mL | 100 µL–4 mL | 100 µL–0.5 mL |
| Power | 2400 W | ||||||
| Frequency | 20 kHz ±0.5 | ||||||
| Adjustable power | 1–100% | ||||||
| Standard probe | Ø6 mm | ||||||
| Working mode | Pulse / On | ||||||
| Pulse setting | 0.1–99.9 s adjustable (gap/working) | ||||||
| Temperature sensor | Yes | ||||||
| Operation mode | Touch control | ||||||
| Display | Parameter display for temperature, power, pulse mode, time | ||||||
| Protection functions | Self-diagnostics, parameter error correction, overload protection, over-temperature indication | ||||||
