Ohaus Disruptor Genie SI-D278 Microtube Homogenizer for Cell and Tissue Disruption, 230V Swiss Plug

The Ohaus Disruptor Genie SI-D278 is a specialized microtube homogenizer designed for efficient disruption and homogenization of biological samples critical in molecular biology and biotechnology workflows. It supports hands-free operation with universal holders accommodating 1.5 ml or 2.0 ml microtubes, including snap or screw caps, enabling consistent sample processing for DNA/RNA extraction, protein isolation, microbial cell disruption, and tissue grinding applications.

Key technical features include:

• Speed range: Fixed at 2850 rpm for optimized cell lysis and homogenization.
• Capacity: Simultaneous processing of up to 12 microtubes, ideal for parallel sample preparation in biotechnology and molecular diagnostics.
• Timer: User-adjustable from 0 to 15 minutes for controlled disruption durations.
• Construction: Durable cast zinc chassis with non-slip feet and mounting brackets, suitable for cold room and incubator environments ensuring sample integrity in sensitive bioprocessing tasks.
• Digital model features: Speed monitoring with adjustable alarms and sleep mode to conserve power, enhancing workflow efficiency and instrument longevity.
• Interface: RS232 communication port compatible with Enviro-Genie systems for data integration in advanced laboratory setups.
• Environmental conditions: Operational within 0°C to 38°C temperature range and 95% relative humidity, supporting versatile lab environments including molecular biology and microbiome research facilities.
• Certification: Complies with CE and ETL safety standards, assuring reliable and safe operation in clinical diagnostics and synthetic biology research labs.

This device is widely used in biotechnology research fields, including microbiome analysis, molecular diagnostics, bioprocessing, and synthetic biology. Its role is essential for molecular cloning workflows, bacterial and fungal cell lysis, and biopharmaceutical production pipelines, making it a reliable tool for researchers requiring reproducible homogenization and cell disruption.