About Fully Automated Sample Preparation System Quechers
We have a team of self motivated and proficient professionals, helps us in offering Fully Automated Sample Preparation System Quechers. It can perform all the weighing in the sample and mixing of solvents & reagents whenever required. This system perfectly meets the needs of pharmaceutical department, food industry and biological analysis laboratory. Fully Automated Sample Preparation System Quechers has flexible design of experimental workflows via drag and drop. It is a perfect solution for analysis of pesticide residues in food and agricultural products.
Features:
- Precise liquid handling
- Optional pH-measurement
- Decreases sample turnaround time
Automated Performance and Protocol FlexibilityThis state-of-the-art sample preparation system fully automates Quechers extraction and cleanup protocols, supporting both classical Quechers and AOAC official methods for flexibility in laboratory workflows. Automated liquid handling, variable mixing, and centrifugation simplify complex steps, reducing hands-on time substantially. Users can switch protocols or edit methods via intuitive PC software, enhancing reproducibility and efficiency.
Designed for High Throughput and Versatile Sample HandlingWith a capacity of up to 16 sample tubes and the ability to process eight specimens at once, this system is tailored for laboratories demanding both throughput and flexibility. It is compatible with a variety of tube sizes and supports a broad test range from 5 mL to 100 mL. The 8-port module, adjustable test stroke, and precise solvent addition enable reliable and repeatable preparation of diverse sample types.
User Safety, Accuracy, and Laboratory IntegritySafety is paramount, with an emergency stop and an automatic door lock mechanism ensuring operator protection. The system achieves impressive measurement accuracy (1%) and fast response times (<3 seconds). Built with durable, chemical-resistant materials and operating quietly (<60 dB(A)), the system is a robust addition to any bench-top laboratory environment, suitable for long-term use in challenging settings.
FAQs of Fully Automated Sample Preparation System Quechers:
Q: How does the fully automated Quechers system simplify sample preparation for residue analysis?
A: The system automates key processes such as liquid handling, mixing, centrifugation, and solvent addition, streamlining sample preparation for residue analysis and ensuring consistent results while reducing manual intervention.
Q: What sample tube sizes and capacities can the system accommodate?
A: It supports both 15 mL and 50 mL tubes, with configurations for 8 or 16 sample tubes, allowing users to process up to eight specimens simultaneously across a measuring range of 5 mg to 10 g.
Q: When should laboratories consider using this Quechers system?
A: Laboratories should use this system when fast, accurate, and reproducible sample extraction is required for residue analysis, food safety, or other analytical testing, particularly in high-throughput environments.
Q: Where can the system be installed and used?
A: With its bench-top mounting and industrial-grade construction, the system is suitable for installation in analytical, food safety, or quality control laboratories across India and globally.
Q: What is the process for adapting protocols or methods on this equipment?
A: Operators can easily adapt or create methods using the included PC software, which enables straightforward editing, data management, and protocol customization compliant with classical and AOAC Quechers methods.
Q: How does the system ensure user safety during operation?
A: Safety is ensured through features like an emergency stop button and auto-door lock, which prevent access to the working chamber during operation and allow immediate system shutdown if needed.
Q: What are the main benefits of using the fully automated Quechers system over manual preparation?
A: Main advantages include increased speed and throughput, improved consistency and reproducibility, reduced risk of human error, lower noise levels, and enhanced operator safety, making laboratory workflows more reliable and efficient.