Novara™ MVM00 Multi-Tube Digital Vortex Mixer

The Novara™ Multi-Tube Digital Vortex Mixer combines precision engineering with exceptional versatility, featuring interchangeable attachment heads for diverse laboratory applications. With speeds up to 4000 RPM and intuitive digital control, this mixer adapts to your workflow—from single-tube vortexing to high-throughput multi-tube processing.

Key Features

High-Speed Performance - Variable speed control from 0-4000 RPM for complete mixing flexibility

Digital Display - Clear, easy-to-read screen for precise speed monitoring and adjustment

Dual Operation Modes - Touch-activation for quick mixing or continuous mode for hands-free operation

Interchangeable Attachment Heads - Multiple head options for different tube formats and capacities

Stable Platform - Anti-slip rubber feet ensure secure operation even at maximum speed

Compact Design - Space-efficient footprint perfect for busy laboratory benches

Versatile Attachment Head System

Universal Platform Head - Ideal for single tubes, flasks, and beakers. Touch-activated operation for quick, hands-free mixing. Accommodates various container sizes and shapes.

Multi-Tube Foam Head - Simultaneously mix multiple microcentrifuge tubes. Holds 4-8 tubes depending on size (0.5ml, 1.5ml, 2.0ml). Perfect for high-throughput sample preparation with gentle foam construction that protects delicate tubes.

Test Tube Rack Attachment - Process larger sample volumes in standard test tubes. Secure tube positioning prevents spillage. Available in various tube capacity configurations, ideal for chemistry and biochemistry applications.

Cup Head Attachment - Universal dimpled surface for beakers and flasks up to 250ml. Versatile mixing for larger volumes, suitable for media preparation and reagent mixing.

Technical Specifications

• Maximum Speed: 4000 RPM
• Speed Control: Digital variable adjustment
• Display: LED/LCD digital readout
• Motor: High-performance electric drive
• Operation Modes: Touch and continuous

Applications

PCR and qPCR sample preparation, cell culture and microbiology mixing, DNA/RNA extraction protocols, protein sample homogenization, clinical diagnostic sample processing, reagent reconstitution and blending, suspension cell mixing, and enzyme assay preparation.