Designed for speed without sacrificing separation quality, Rocket Columns bring ultra-high-performance capabilities to conventional HPLC systems. By combining optimized VisionHT media and a 7 mm inner diameter, Rocket Columns “sweep” sample bands more efficiently, minimizing broadening from system volume while enabling significantly faster flow rates.
Operating at moderate back pressures, Rocket Columns can leverage sub-2 µm efficiencies on standard instruments, offering 70–80 % shorter run times with maintained or improved resolution. The enlarged column ID improves the column-to-system volume ratio, making Rocket Columns less susceptible to extra dead volume effects—particularly compared to narrower-bore UHPLC configurations.
Rocket Columns are engineered for applications where throughput, robustness, and method transfer matter. Whether you're scaling from analytical methods or need accelerated separations for routine workflows, the 7 mm Rocket Column format offers a compelling blend of speed, stability, and compatibility.
High-Speed Separations. Rocket Columns with a 7 mm ID enable ultra-fast chromatography by combining sub-2 µm performance with significantly shorter run times. They deliver reliable resolution and robust results, making them ideal for high-throughput workflows.
Throughput Without Compromise. Rocket technology allows up to 70–80% faster separations while maintaining excellent peak shapes. The result: more samples processed in less time, with the consistency and reproducibility required for routine analysis.
Ultra-fast chromatography on standard HPLC systems. With their 7 mm ID format, Rocket Columns overcome system volume limitations and achieve performance levels comparable to UHPLC. They provide robust operation at moderate back pressures, making them perfectly suited for labs that require speed and reproducibility without investing in specialized UHPLC hardware.
Efficiency at scale. Rocket Columns combine high loading capacity with superior separation efficiency. Their 7 mm ID design improves column-to-system volume ratio, resulting in excellent peak shapes and reproducible performance – even under the demanding conditions of high-throughput chromatography.