Waters Alliance e2695 HPLC

This listing is for a Waters Alliance e2695 HPLC. The unit is in full working condition and is ready for immidate realese. Unit includes: Separations Module Photodiode Array Detector Column Heater Module Software and computer can be provided at extra cost. The Waters Alliance HPLC System is the industry-standard solution for high-performance liquid chromatography, designed to meet the rigorous demands of pharmaceutical quality control and method development. Since its introduction in 1996, this robust system has combined cutting-edge chemistry, software, and hardware into a single, user-friendly platform, ensuring consistent and reliable results for a diverse range of analytical challenges. Key Features: Intuitive Design: The system boasts a rugged, easy-to-navigate touchscreen interface that simplifies operations and supports system health checks and guided troubleshooting. Versatility: Adaptable to various analytical applications, the Alliance HPLC is compatible with Waters Empower Chromatography Software and eConnect HPLC Columns, enhancing its usability across different workflows. High Reliability: Engineered for routine chromatography and method development, it delivers dependable performance, minimizing the risk of errors that can lead to failed sample sets. Benefits: Enhanced Efficiency: By reducing common errors that account for up to 40% of failed sample sets, the Alliance HPLC system significantly boosts laboratory productivity and minimizes the need for re-tests and investigations. Regulatory Compliance: This system provides regulatory-compliant data essential for HPLC methods development and routine LC analysis, ensuring that your laboratory meets industry standards. Technical Specifications: Gradient Capability: Supports isocratic and gradient applications with multiple gradient profile curves. Sample Capacity: High sample capacity of up to 120 vials, enhancing throughput. Precision and Reproducibility: Delivers high precision and reproducibility, critical for pharmaceutical analysis.