AWS-X4 Advanced Multichannel QCMD System – AWSensors

Advanced Multichannel QCMD Technology for High-Throughput Analysis

The AWS-X4 Advanced Multichannel QCMD System represents the fastest and most sensitive QCMD instrument on the market today. This sophisticated system features up to four independent measuring channels, enabling researchers to boost their productivity through parallel measurements. The X4 combines high sensitivity with low detection limits, making it ideal for demanding research applications in biosensing and molecular interaction studies.

Superior Performance Features

The AWS-X4 delivers exceptional performance with fast acquisition rates and low sample volume requirements. Each channel features integrated temperature control for precise environmental conditions during measurements. The system supports both classical and High-Frequency QCMD measurements as well as LOVE-SAW sensor applications, providing unprecedented versatility for acoustic sensing applications.

Advanced Measurement Capabilities

The instrument operates in both tracking mode and high-resolution mode for single overtone and multiple overtone measurements. With comfortable handling through robust quick-lock measurement cells, the AWS-X4 ensures reliable data acquisition. The system includes integrated potentiostat control for simultaneous QCMD and electrochemistry applications, expanding experimental possibilities for researchers studying complex interfacial processes.

Comprehensive System Integration

Instrument control and data acquisition are managed via Ethernet connectivity, enabling remote operation and data monitoring. The optional fluidics modules with integrated software control allow for automated sample handling and flow control. The basic data analysis package includes export functions for third-party software analysis, while the sleek, space-saving design maximizes laboratory efficiency.

Technical Specifications

  • Measurement Channels: Up to 4 independent channels
  • Sensor Types: Classical QCMD, High-Frequency QCMD, LOVE-SAW
  • Sensitivity: High sensitivity & low detection limits
  • Measurement Modes: Tracking mode, High Resolution mode
  • Overtone Options: Single overtone and multiple overtones
  • Temperature Control: Integrated, separate for each channel
  • Sample Volume: Low sample volumes required
  • Acquisition Rate: Fast acquisition rate
  • Connectivity: Ethernet control and data acquisition
  • Measurement Cells: Quick-lock measurement cells
  • Electrochemistry: Integrated potentiostat control
  • Operating Environment: Liquid, air, and other gases
  • Fluidics: Optional fluidics module(s) available
  • Software: Basic data analysis package included
  • Data Export: Export functions for third-party software
  • Design: Space-saving and lightweight design
  • Remote Operation: Remote cell placement possible
  • Control Panel: Separate operating panel with remote control capability

FAQ - AWS-X4 Advanced Multichannel QCMD System – AWSensors

How many measurement channels does the AWS-X4 system provide?

The AWS-X4 Advanced Multichannel QCMD System features up to four independent measuring channels, allowing for parallel measurements and significantly increased throughput compared to single-channel systems.

What types of sensor measurements can the AWS-X4 perform?

The system supports classical and High-Frequency QCMD measurements as well as LOVE-SAW sensor measurements, providing versatility for various acoustic sensing applications in research and development.

Does the AWS-X4 include temperature control capabilities?

Yes, the AWS-X4 features integrated temperature control separate for each channel, ensuring precise environmental conditions during measurements for accurate and reproducible results.

Can the AWS-X4 be used for electrochemistry applications?

The system includes integrated potentiostat control, enabling simultaneous QCMD and electrochemistry applications for comprehensive analysis of complex interfacial processes and electrochemical reactions.

What are the key advantages of the AWS-X4 for biosensing applications?

The AWS-X4 offers high sensitivity with low detection limits, fast acquisition rates, and low sample volume requirements. It supports both DNA and RNA hybridization studies, protein-protein interactions, and molecular binding studies with exceptional precision.

How is the AWS-X4 controlled and operated?

The instrument features Ethernet connectivity for remote control and data acquisition, with optional fluidics modules providing integrated software control for automated sample handling and experimental protocols.

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