iSwix MV - Digital Multitube Vortex Mixer

iSwix MV - Digital Multitube Vortex Mixer

£790.00
Sale price  £790.00 Regular price 
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iSwix MV - Digital Multitube Vortex Mixer

iSwix MV - Digital Multitube Vortex Mixer

£790.00
Sale price  £790.00 Regular price 
Variable-Speed Mini Vortex Mixer

iSwix Jr. VT Mini Variable-Speed Vortex Mixer

Adjustable mixing from gentle agitation to vigorous vortexing, delivered from an exceptionally compact laboratory instrument.

2,000–4,500 RPM Variable Speed Brushless DC Motor 4.5mm Orbit
Compact Variable-Speed Mixing

Greater control without sacrificing valuable bench space

The iSwix Jr. VT is a compact variable-speed vortex mixer designed for the rapid mixing of samples in individual laboratory tubes and small vessels.

Its adjustable speed range of 2,000–4,500 RPM allows the user to select gentler agitation for sensitive samples or high-speed vortexing for rapid and thorough mixing.

A maintenance-free brushless DC motor provides dependable performance with low operating noise. The 4.5mm orbital motion produces effective vortex action while retaining a remarkably small instrument footprint.

A weighted aluminium base and silicone suction feet help keep the mixer firmly positioned during operation, reducing unwanted movement across the laboratory bench.

Adjustable Mixing Intensity

Select the right speed for each sample

Variable-speed control allows the iSwix Jr. VT to accommodate different sample viscosities and mixing requirements. Use a lower setting for controlled agitation or increase the speed for rapid vortex formation and thorough sample resuspension.

2,000–4,500
Adjustable RPM range
Key Performance

Powerful performance in a mini format

4,500 RPM

Maximum Speed

High-speed operation creates vigorous vortex action for fast and thorough mixing.

4.5mm

Orbital Diameter

The compact orbital movement provides efficient mixing across a range of small laboratory vessels.

30mm

Maximum Tube Diameter

Accommodates compatible laboratory tubes and vessels up to 30mm in diameter.

IP43

Protection Class

Designed with additional protection suitable for routine laboratory working environments.

Features

Designed for convenient everyday sample mixing

Variable-Speed Control

Adjust the mixing intensity to suit different samples, vessels and laboratory procedures.

Brushless DC Motor

Provides reliable, quiet operation with a long service life and minimal maintenance requirements.

Smart Suspension Design

Designed to support reliable press activation and extend the life of the switching mechanism.

Stable Aluminium Base

Robust construction provides a stable foundation despite the unit’s compact dimensions.

Silicone Suction Feet

Help grip smooth work surfaces and reduce movement during high-speed vortexing.

Compact Footprint

Occupies minimal bench space and can be positioned conveniently close to the working area.

Applications

Versatile mixing for routine laboratory workflows

Reagent mixing Sample resuspension Tube mixing Molecular biology Microbiology Clinical laboratories Life-science research
Technical Data

Specifications

Model iSwix Jr. VT
Product Type Mini variable-speed vortex mixer
Speed Range 2,000–4,500 RPM
Speed Control Adjustable
Orbital Diameter 4.5mm
Motor Type Brushless DC motor
Maximum Tube Diameter 30mm
Maximum Load 100g
Operation Press activated
Protection Class IP43
Dimensions 100 × 100 × 70mm
Weight Approximately 0.55kg

Choose variable speed when sample control matters

Unlike the fixed-speed iSwix Jr., the iSwix Jr. VT allows the mixing speed to be adjusted. This makes it the more versatile option for laboratories working with different sample types, viscosities or mixing intensities.

Need help choosing a vortex mixer?

Auckland Scientific can help compare fixed-speed, variable-speed and multi-tube vortex mixers to identify the most suitable instrument for your samples and laboratory workflow.

Laboratory tubes and samples shown in product images are not included. Images are for illustration purposes, and product appearance may differ slightly. Specifications may be subject to improvement without prior notice.

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