Hamilton DeCapper Automated 96-Screw Vial Capper and Decapper with Touchscreen Control

The Hamilton DeCapper is a precision-engineered automated system designed for rapid decapping and capping of 96-screw vials, ideal for biotechnology workflows requiring high-throughput sample processing. Compatible with labware from Matrix, Micronic, and Nunc (including volumes from 0.5ml to 1.4ml), this instrument ensures precise handling with X-Y-Z positional accuracy of 0.1mm, critical for maintaining sample integrity in molecular diagnostics and synthetic biology research.

Key features include:

• High throughput: processes an entire 96-tube rack in less than 60 seconds (fast mode), enhancing efficiency in biomanufacturing pipelines.
• Robust sample protection: fully enclosed operational space prevents contamination and user contact with moving parts, supporting sterile environments for gene editing and cell-based assays.
• User-friendly touchscreen interface: programmable control over rack rows allows tailored decapping sequences, facilitating integration into automated robotic systems or stand-alone use.
• Cross-contamination minimization: mirrored Cap Holder Rack design prevents caps from crossing over open tubes, essential for reliable molecular cloning workflows.
• Operational conditions: supports indoor environments at 15°C to 35°C, 30%-85% relative humidity, and altitudes up to 2000m, suitable for diverse laboratory setups.

With a compact footprint (12"x27"x15") and weighing 52 lbs, the DeCapper offers versatility for lab automation in clinical diagnostics, bioprocessing, and biomedical engineering applications. Power requirements range from 100-240V, 50/60Hz, accommodating international lab standards. This device is a critical component for labs aiming to optimize sample handling efficiency and maintain contamination control in high-throughput biotechnology research.