Ohaus Vortex-Genie Pulse Laboratory Vortex Mixer with Pulse Function

The Ohaus Vortex-Genie Pulse is a versatile laboratory vortex mixer equipped with an advanced pulse function that alternates rotation cycles with controlled pauses. This dynamic mixing action enhances turbulence, promoting efficient homogenization of viscous or challenging samples—ideal for biotechnology workflows including DNA/RNA extraction, enzyme reaction mixing, and PCR preparation.

Key features include:

• Pulse technology delivering programmable ON/OFF times from 0.1 seconds to 99 minutes, optimizing kinetic energy application and minimizing thermal degradation in heat-sensitive samples.
• Robust zinc-cast housing and a stable "no-walking feet" design deliver durability and operational safety during continuous use.
• A 3-inch rubber-covered platform with pop-off cup ensures secure vessel placement compatible with various tube and vessel sizes, supporting over 30 accessory types for flexible bioprocessing needs.
• Suitable for critical applications in molecular biology, clinical diagnostics, and biotechnology laboratories requiring precise reproducible mixing, sample homogenization, pellet resuspension, and bead beating for high-quality nucleic acid extraction.
• Compatible with cold rooms and incubators, facilitating integration into temperature-controlled experimental workflows.

Widely used in molecular diagnostics, synthetic biology research, and biomanufacturing pipelines, the Vortex-Genie Pulse supports essential sample preparation steps crucial for downstream molecular cloning and gene editing applications.

This vortex mixer’s pulse mode effectively disrupts laminar flow to generate micro-vortices, ensuring efficient dispersion and homogenization critical for reliable, reproducible results in live-cell imaging preparations and biochemical assays. Its programmable automation enhances workflow consistency, making it a valuable instrument in any research or clinical laboratory environment where precision and sample integrity are paramount.