Advanced Automation

• Compatible with Multiple FTIR Brands: Designed to connect with most FTIR machines, ensuring versatility across different platforms.
• Dual Syringe Pumps: Facilitate precise sample handling and effective cleaning cycles, optimizing the throughput and reliability of measurements. These pumps are adept at handling high viscosity oils, ensuring smooth and consistent sample delivery.
• Flow Cell Adapter: Ensures seamless sample introduction to the FTIR measuring cell.
• Sample Receiving Chamber: Streamlines the process of sample delivery to the FTIR flow cell.
• Integrated Cleaning Unit: Quickly and efficiently cleans the system after each sample analysis, preparing it for subsequent use without cross-contamination.
• LIMS and Manufacturer Software Integration: Integrates seamlessly with Laboratory Information Management Systems (LIMS) and FTIR manufacturer software, providing a cohesive and intuitive user interface that enhances the user experience and streamlines data management.

Flexible Configuration

• Standalone or Integrated: Operates independently or can be combined with multiple FTIR units for higher throughput.
• Robotic Automation Compatibility: Easily integrates into larger automation setups, enhancing workflow automation where samples are pipetted into the receiving station.

Efficient Sample Processing

• Streamlined Sample Introduction: The combination of the pipette and one syringe pump guides the sample efficiently into the FTIR measuring cell. This ensures that even high-viscosity oils can be processed.
• Rapid Cleaning and Preparation: Following each measurement, the cleaning station and the second syringe pump ensure the system is thoroughly cleaned and flushed, ready for the next sample.
• Quick Scan Verification: After cleaning, a quick scan can be performed to verify that the FTIR measuring cell is completely clean, ensuring that no residues affect subsequent analyses.

The Automated FTIR Liquid Module operates through a series of efficient, automated steps:

1. Sample Loading: Samples are pipetted into the sample receiving chamber.
2. Sample Transfer: Using one of the syringe pumps in combination with the syringe, the sample is accurately moved into the FTIR flow cell where spectral analysis occurs.
3. Measurement: FTIR analysis is performed, providing precise and rapid analysis.
4. Cleaning: Post-analysis, the second syringe pump activates the cleaning unit to flush and prepare the system for the next sample.
5. Quick Scan Verification: A quick scan ensures the cell is completely clean, ready for the next analysis without any cross-contamination.

This module is ideal for any laboratory performing frequent FTIR analyses that require high accuracy and quick turnaround.

• Clinical Laboratories
  For sorting blood, urine, and other body fluid samples for diagnostic testing.
• Pharmaceuticals
  Used in drug discovery, quality control, and pharmacokinetics for sample organization and handling.
• Biotechnology
  For sorting samples in genetic research, DNA sequencing, and other molecular biology applications.
• Forensic Laboratories
  In crime labs to handle and organize biological samples for DNA analysis and toxicology.
• Environmental Testing
  Sorting soil, water, and air samples for contamination analysis and environmental monitoring.
• Food and Beverage Industry
  In quality control labs for sorting samples to test for contamination, additives, and nutritional content.
• Agriculture and Plant Research
  Used for sorting plant or soil samples in crop research, soil analysis, and agricultural studies.
• Chemical Industry
  Sorting samples for quality control, research, and chemical synthesis processes.
• Veterinary Laboratories
  For sorting samples from animals for diagnostic and research purposes.
• Academic and Research Institutions
  In university and research labs for organising various biological, chemical, and environmental samples.
• Public Health and Epidemiology
  For sorting large volumes of samples during disease outbreaks for surveillance and epidemiological studies.

• Toxicology
  Sorting samples in toxicological studies for poison and drug testing.
• Cosmetic Industry
  Sorting samples in research and quality testing of cosmetic products and ingredients.
• Industrial Manufacturing
  In labs that test materials and compounds to ensure quality and compliance with regulatory standards.
• Military and Defense
  Sorting samples for biological or chemical analysis in defense-related research.
• Oil Condition Monitoring Laboratories
  Sorting oil samples to monitor machinery wear, contaminants, and oil degradation in industries like automotive, aerospace, and heavy machinery.
• Coolant Condition Monitoring Laboratories
  Used to sort coolant samples to check for contamination, pH levels, and overall coolant quality, often in automotive and industrial applications.