×

Our specialists will reach out shortly.

Mini Vortex Mixer FM-MVM-B100 Mini Vortex Mixer FM-MVM-B100 Mini Vortex Mixer FM-MVM-B100 Mini Vortex Mixer FM-MVM-B100

Mini Vortex Mixer FM-MVM-B100

Mini Vortex Mixer FM-MVM-B100 has an adjustable shaking speed ranging from 0 to 3000 rpm for precise control and consistent and reproducible results. Its robust construction ensures durability and reliability for scientific, clinical, and industrial applications. The minimal footprint enhances portability and workspace integration for users of all skill levels. Our mixer is equipped with a non-slip base for stability during use and a motor designed for quiet operation.

Specifications

Control Method Knob Speed Regulation
Motor Brushless Motor
Shaking Orbit 4.5 mm (circle)
Loading Capacity 50 ml
Shaking Speed 0 to 3000 rpm
Enclosure Protection Level IP42
Allowable Ambient Temperature 50 to 40℃, 80% RH
Voltage 100 to 240 V, 50/60 Hz
Power Consumption 12 W
Dimensions (W × D × H) 100 × 93 × 72
Packing Size (W × D × H) 190 × 126 × 113
Gross Weight 0.56 kg
Net Weight 0.37 kg

Features

  • Easy Tube Loading
  • Quick Start Function
  • Variable Speed Range
  • High-Speed Efficiency
  • Chemical-Resistant Build

Applications

  • Mini Vortex Mixer FM-MVM-B100 is a compact laboratory device for rapidly mixing small volumes of liquids. It is commonly used in molecular biology, clinical diagnostics, and pharmaceutical research to mix reagents, blood samples, and test solutions.

Alternative Models Of Mini Vortex Mixer

Fison Mini Vortex Mixer is capable of vortexing samples at high speeds, ensuring thorough mixing even in small volumes. They allow the user to adjust the mixing speed based on the sample requirements. Their built-in overload protection prevents damage by automatically adjusting the motor under excessive strain. The cooling system prevents the sample from overheating during prolonged mixing sessions. Our Mini Vortex Mixers are crafted to consume less energy than their larger counterparts, making them more energy-efficient.