I-omics Biotech launches the i-Capper 48 automatic lid-opening machine to facilitate laboratory automation upgrades

I-omics Biotech's i-Capper 48 automatic lid-opening machine has officially launched. This highly efficient and intelligent device, specifically designed for modern laboratories, delivers an efficient automated solution for high-throughput preservation and processing of biological samples.

Technical feature：

The i-Capper 48 automatic capping machine adopts an advanced modular design concept, capable of processing sample tubes from a 48-well plate array in a single operation. The entire capping/uncapping process takes less than 25 seconds, significantly enhancing experimental efficiency. The device also features customizable capping heads to accommodate various brands and sizes of sample tubes, meeting diverse experimental requirements.

The i-Capper 48 features built-in standard communication interfaces, enabling seamless integration with host computers, robotic arms, or pipetting workstations. It effortlessly integrates into laboratory automation pipelines, facilitating intelligent management throughout the entire workflow.

For sample safety, the i-Capper 48 features an optional unique filtered positive-pressure airflow system that effectively maintains a clean internal environment, significantly reducing the risk of sample contamination during lid opening. Additionally, the device boasts an intuitive graphical touchscreen interface with one-touch operations, simplifying the usage process even for beginners.

The launch of i-Capper 48 aims to address the pain points of traditional manual lid-opening methods, such as low efficiency, poor consistency, and susceptibility to contamination, providing researchers in genomics, biobanks, clinical testing, and related fields with more reliable tool support. In the future, the company will continue to deepen its expertise in laboratory automation and introduce more innovative products to facilitate the high-quality development of China's life science research.