Ohaus Digital Disruptor Genie SI-DD68 Microtube Homogenizer with Digital Speed Control

The Ohaus Digital Disruptor Genie SI-DD68 is a versatile microtube homogenizer designed for efficient disruption of microbial cells, plant and insect tissues, and biological samples crucial in molecular diagnostics and biotechnology workflows. It facilitates DNA/RNA extraction, protein extraction, and microbial cell lysis, making it widely adopted in synthetic biology research and bioprocessing applications.

Key technical features include:

• Capacity: Accommodates up to 12 tubes of 1.5 mL or 2.0 mL volume with snap or screw caps, suitable for pellet resuspension and homogenization tasks.
• Speed range: Adjustable from 1,000 to 2,850 rpm, supporting optimized disruption intensity for various sample types.
• Timer: Programmable from 1 to 99 minutes for precise control in sample processing workflows.
• Display: Red LED with speed alarm and sleep mode features to enhance usability and energy efficiency.
• Construction: Durable zinc-casted housing with no-walking feet and universal microtube holder ensures stable operation even under continuous use.
• Power compatibility: Supports 230V power input with a British plug included; cold room and incubator compatible for temperature-sensitive protocols.
• Safety certifications: Certified CE and ETL, ensuring compliance with laboratory safety standards.

This equipment is essential for molecular biology researchers and biomedical engineers focused on live-cell imaging, gene editing sample prep, and biopharmaceutical production pipelines where consistent and reliable homogenization of small-volume biological samples is critical. Its compact footprint (165 mm x 190 mm x 122 mm) and 4.3 kg net weight make it suitable for benchtop use in clinical diagnostics and environmental microbiology laboratories.

Overall, the Ohaus Digital Disruptor Genie SI-DD68 combines robust design with precise digital control, making it a critical tool for synthetic biology, molecular cloning workflows, and microbiome studies requiring effective sample homogenization and cell disruption.