Benchmark R5010 Benchtop Rotating Tube Mixer with Adjustable Speed and Angle

The Benchmark R5010 rotating tube mixer is a compact benchtop instrument offering precise control over sample mixing, optimized for molecular diagnostics and bioprocessing workflows. It provides a speed range of 1 to 40 rpm and a variable tilt angle from 0° (vertical) to 90° (horizontal), enabling gentle inversion, angled rotation, or end-over-end mixing tailored to sample type and volume.

Key features include:

• Capacity: Supports up to 12 × 50 mL tubes, 20 × 15 mL tubes, or 48 × 2 mL tubes, accommodating diverse labware commonly used in biotechnology and clinical research.
• Bidirectional rotation: Periodic reversal enhances mixing homogeneity, critical for consistent sample exposure during live-cell preparations or synthetic biology experiments.
• Timer functionality: Programmable for runs from 1 second up to 99 hours and 59 minutes, with continuous mode available for extended biomanufacturing protocols.
• Compact footprint (10 × 11 × 12 inches) and lightweight design (9 lbs): Fits conveniently on crowded laboratory benches, facilitating seamless integration into molecular biology and cell imaging sample prep areas.
• Power compatibility: Operates at 100–240 V, 50–60 Hz with 25 W power consumption, ensuring global usability in biotechnology and clinical diagnostics labs.
• Ambient temperature operation between +4°C and +65°C supports assays requiring controlled environmental conditions.

This rotating mixer is essential for biotechnology researchers and clinical professionals performing molecular cloning, fluorescence analysis, or bioprocess development. Its adjustable rotation speed and angle make it versatile and widely adopted in synthetic biology research and biomedical engineering applications where precise and reproducible sample agitation is paramount.

Included items are the rotating lab mixer unit, sample rotisserie holder, user manual, 120V power cord, and a 30-day warranty, ensuring reliable operation for critical molecular diagnostic workflows.