Prince Technologies CE Systems Capillary Electrophoresis Analyzer Model 0500.016/CL with 8-Channel Autosampler (4–40°C)

The Prince Technologies CE Systems Capillary Electrophoresis Model 0500.016/CL is a high-efficiency analytical instrument designed for precise separation and rapid analysis in molecular diagnostics and bioprocessing workflows. This system features an 8-channel autosampler, accommodating sample volumes from 10 μL to 4 mL, and operates reliably within a 4 to 40°C temperature range to support diverse biochemical assays and synthetic biology applications.

Key technical features include:

• Modular design for seamless integration with external detectors such as UV/VIS, Circular Dichroism (CD), Laser-Induced Fluorescence (LIF), and Mass Spectrometry (MS), critical for advanced fluorescence analysis and molecular characterization.
• Electrokinetic voltage control from -30 to +30 kV, enabling precise manipulation of analyte migration, essential for gene editing and biopharmaceutical production pipelines.
• Hydrodynamic pressure control between 180 and 250 mbar with a flush range up to 3,500 mbar, ensuring reproducible sample injections and optimal separation conditions.
• Buffer capacity optimized with large vials to minimize system downtime, enhancing productivity for high-throughput molecular biology laboratories.
• Analytical specifications include capillary length standards (minimum effective length 8.5 cm, total 30 cm), wavelength accuracy < 0.3 nm, repetitive accuracy < 0.1 nm, and noise level < 3×10⁻⁵ AU, supporting sensitive detection critical for complex biomolecule analysis.
• Duration capabilities extend up to 650 minutes with fine resolution, facilitating extended run protocols in biomanufacturing quality control.

Weighing approximately 43.54 kg (96 lbs) and powered at 115/230 V, 50/60 Hz, 300 VA, this capillary electrophoresis analyzer is well-suited for laboratories focusing on clinical diagnostics, biotechnology research, and live-cell molecular profiling. Its compatibility across multiple detector types and precise electrokinetic/hydrodynamic controls make it an indispensable tool for gene editing validation, synthetic biology research, and molecular cloning workflows requiring robust separation and high reproducibility.

This instrument’s multi-channel capacity enhances throughput for bioprocessing applications, making it a reliable choice for research professionals seeking comprehensive capillary electrophoresis solutions in biomedical engineering and analytical chemistry domains.