Omni Bead Mill 24 Homogenizer for High-Throughput Biological Sample Preparation

The Omni Bead Mill 24 Homogenizer is a high-throughput mechanical cell lysis platform designed for reproducible bead-based disruption of up to 24 biological samples simultaneously. Engineered for molecular biology, microbiology, environmental analysis, and plant sample preparation, this homogenizer supports workflows essential in molecular diagnostics, synthetic biology, and bioprocessing.

Key technical features include:

• Capacity for 24 tubes, accommodating volumes from 25 µL to 2 mL per sample
• Adjustable speed control spanning 0.8 m/s to 6 m/s, incremented by 0.15 m/s, enabling precise agitation tailored to diverse sample types
• Programmable cycle settings with run times from 1 second up to 9 minutes 59 seconds, and up to 10 cycles, allowing method optimization for complex protocols
• Rugged drive system ensuring consistent performance and minimal sample variability critical in gene editing workflows and biomanufacturing pipelines
• Safety interlocks for operator protection during high-speed bead milling processes
• Includes interchangeable tube racks, user manual, and a 120V power supply

This homogenizer is widely adopted in molecular cloning workflows and biopharmaceutical production due to its uniform sample disruption and high reproducibility. It is particularly suited for labs focused on live-cell imaging preparations, fluorescence analysis, and synthetic biology research that require routine, high-volume sample processing with consistent agitative force.

The unit measures approximately 16" by 19" by 14" and weighs 60 lbs, making it a benchtop solution robust enough for demanding laboratory environments. Each device undergoes rigorous quality control, including speed accuracy verification and cycle performance evaluation, to guarantee reliability upon shipment.

Ideal for clinical diagnostics and biotechnology settings where mechanical homogenization is critical, the Omni Bead Mill 24 supports enhanced throughput without compromising sample integrity or consistency, aligning with the needs of advanced molecular diagnostics labs and environmental biotechnology research.