Vortex Mixer LVOM-T2014

Introduction

Vortex Mixer delivers reliable mixing with adjustable speeds up to 2800 rpm. Its compact design and 3.6 mm orbital diameter make it ideal for diverse sample volumes. Operating in both "Touch" and "Continuous" modes, it supports precise laboratory tasks. Weighing just 2.4 kg, it's ideal for limited bench space, providing high-speed mixing in a stable, compact footprint. This model ensures efficient operation across diverse laboratory applications.

This laboratory mixers is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Vortex Mixer is suitable for mixing tissues, cells, bacterial liquids, and chemical reagents, making it a versatile tool for life science, physical, and chemical analysis.

Specifications

Speed	0 to 2800 rpm
Orbital Diameter	3.6 mm
Running Modes	Continuous / Touch vortex
Operation	Touch / Continuous
Shaking Way	Horizontal vibration
Voltage	AC 220V / AC 110V, 50/60Hz
Power	60 W
Dimensions	134 × 156 × 150 mm
Packaging Dimensions	300 × 220 × 250 mm
Net Weight	2.4 kg
Gross Weight	3.2 kg

Features

Compact and Designed for Tabletops

Shockproof stable mixing

Easy-to-replace platforms

Low noise operation

Adjustable speed control

Horizontal vibration motion

Durable construction for extended use

FAQs

1. What is the main use of a Vortex Mixer in laboratory settings?

The Vortex Mixer is primarily used for quick and uniform mixing of small volumes in test tubes. It efficiently agitates liquids for resuspension of cells, mixing reagents, or dissolving solids. The orbital motion creates a vortex that blends contents without manual effort. These mixers are especially useful in biology, chemistry, and clinical workflows. equipment simplifies routine preparation and increases experimental consistency.

2. How easy is it to operate a Vortex Mixer for new lab personnel?

Vortex Mixers feature simple controls, making them easy to operate even for first-time users. The devices offer both touch and continuous modes to suit various mixing needs. Their compact design and intuitive interface ensure minimal training and fast adoption. These models are ideal for fast-paced environments where efficiency matters. The learning curve is minimal, ensuring smooth integration into lab routines.

3. Are Vortex Mixers safe for use with fragile or hazardous samples?

mixers are engineered with anti-slip bases and secure platforms to minimize risks during operation. The stable design prevents tube tipping, spills, or breakage even at high speeds. Their smooth, low-vibration function adds safety during mixing of delicate samples. The equipment operates quietly and safely, reducing lab disruptions. The result is a secure environment for handling both sensitive and volatile materials.

4. Can a Vortex Mixer run continuously without damaging the motor?

mixers are built with durable motors that support continuous and touch operation modes. The cooling system and internal components are designed for reliable long-term performance. These models maintain consistent speed without overheating or declining efficiency. Their robust construction ensures minimal downtime and high throughput. The mixers are dependable even in demanding lab settings.

5. How does using a Vortex Mixer improve overall lab productivity?

mixers eliminate the need for manual shaking, reducing fatigue and improving repeatability. The fast, uniform vortex action cuts down on preparation time across multiple samples. These devices simplify workflows for mixing, dissolving, and resuspending. Users can quickly adapt settings based on protocols or sample type. The result is greater consistency and time savings in daily lab operations.