Samplify™ Automated Sampling System Technical Specifications

Importance of Automated Sampling Systems

Automated sampling systems are fundamental in modern analytical chemistry, ensuring reproducible sample collection, minimizing human error and exposure to hazardous materials, and significantly increasing laboratory throughput. By automating repetitive tasks, these systems improve data quality and free analysts to focus on critical data interpretation and method development.

Objectives and Overview of the Samplify™ System

The Samplify™ Automated Sampling System aims to deliver a compact, versatile solution for liquid sampling across various laboratory settings. Its primary goal is to offer high precision, customizable configurations and seamless integration with existing analytical instruments to streamline workflows in quality control, research laboratories and industrial analytics.

Methodology and Instrumentation

The system uses a low-pressure stainless-steel syringe mechanism capable of rapid draw and refill cycles. Sample vials or microplates are accessed with selectable needle lengths and materials, while communication with host instruments is managed via an RS232 virtual COM port over USB Type B. Materials in contact with liquids include SS316, PTFE and PEEK to ensure chemical compatibility and durability.

Instrumentation Used

• Samplify™ Automated Sampling System (standard and customizable configurations)
• Samplify™ Probe featuring immersion lengths up to 6 inches and sample volumes from 5 to 500 µL

Main Specifications and Discussion

Key performance parameters include:

• Dimensions: 160 × 145 × 195 mm (standard); customizable layouts available
• Weight: 2.3 kg standard (custom weight depending on configuration)
• Syringe capacity: 4000 µL, low-pressure stainless or metal-free options
• Draw/refill rates up to 48,000 µL/min
• Operating pressure up to 250 psi
• Sample carriers: 48-vial rack, optional 96-well plate
• Needle options: short (36 mm), long (46 mm) and metal-free capillary
• Volume accuracy: ±1 µL
• Communication: RS232 virtual COM via USB Type B
• Probe: SS316, PTFE, PEEK; max pressure 120 psi; max temperature 200 °C

These specifications provide a balance between speed, precision and flexibility, making the system suitable for diverse sample matrices and throughput demands.

Benefits and Practical Applications

The Samplify™ system enhances workflow efficiency with rapid, precise sampling and reduced cross-contamination risks. Its modular design allows adaptation to small-volume bioanalysis, environmental monitoring, pharmaceutical QA/QC and chemical process control. The broad chemical compatibility of wetted materials supports aggressive solvents and complex matrices.

Future Trends and Opportunities

Emerging directions include integration with laboratory information management systems (LIMS) for fully automated data tracking, coupling with machine learning algorithms to optimize sampling schedules, and expansion into microfluidic and lab-on-a-chip platforms. Improvements in sensor miniaturization and connectivity will further enable real-time process monitoring.

Conclusion

The Samplify™ Automated Sampling System and Probe offer a robust, customizable platform for high-throughput, accurate liquid sampling. Their flexible configurations and compatibility with various analytical instruments make them valuable tools for enhancing efficiency and data quality across analytical chemistry applications.

Reference

No external literature references were provided within the original technical specifications.