Vortex Mixer LVOM-T2019

Introduction

Vortex Mixer is a high-performance benchtop mixer that offers a speed range of 0 to 2800 rpm. It features a flexible timing range from 0 seconds to 99 minutes and 59 seconds, making it suitable for both quick tasks and extended mixing procedures. The mixer supports both touch-activated and continuous operation modes for user convenience. It is powered by a reliable shaded pole motor, ensuring consistent performance. Our Vortex Mixer is widely used in biological, chemical, and physical science laboratories for mixing a variety of sample types.

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 widely used in biological, chemical, and physical science laboratories for mixing various types of samples such as tissues, cells, bacteria, reagents, and solutions. It is ideal for daily mixing needs or more specialized chemical workflows.

Specifications

Shaking Speed	0 to 2800 rpm
Type of Movement	Orbital
Speed Control Mode	Stepless Speed Regulation
Run Mode	Touch operation/Continuous
Orbit	4.5 mm
Motor Type	Shaded Speed Regulation
Time Range	0 sec to 99 min 59/∞
Power Supply	60 W
Voltage	AC 100 to 240 V, 50/60 Hz
Dimensions	195 × 135 × 156 mm
Net Weight	3.4 Kg

Features

Stepless speed regulation

Orbital mixing motion

Easy control knob

Digital display

Stable vortexing

FAQs

1. Does the Vortex Mixer support continuous mode operation?

Yes, the Vortex Mixer offers both touch operation and continuous mode, giving users flexibility based on their workflow. Mixing is activated by simply pressing a tube (touch mode) or switching to continuous mode for hands-free, uninterrupted operation. This feature is especially helpful during long mixing sessions or batch processing. It enhances ease of use, efficiency, and operator comfort in busy lab environments.

2. What is meant by the speed control mode in Vortex Mixer ?

Vortex Mixer is equipped with stepless speed control, and it can gradually adjust the speed to any value between 0 and 2800 rpm. It gives precise control over the mixing intensity depending on the sample type and volume. Unlike fixed-step settings, this allows for more refined performance tuning. Whether mixing delicate suspensions or more viscous liquids, it can fine-tune the vortexing exactly as needed.

3. Is the Vortex Mixer suitable for crowded laboratory benches?

Absolutely. With its compact dimensions and lightweight build (around 3.4?kg), the Vortex Mixer is designed to fit comfortably on crowded lab benches. Its small footprint ensures it doesn’t take up unnecessary space, making it ideal for tight or shared workspaces. Despite its size, it delivers powerful mixing performance, making it both space-efficient and functional. It’s a go-to solution for labs with limited bench area.

4. How long can I run an experiment on the Vortex Mixer ?

The Vortex Mixer features a programmable timer ranging from 0 seconds up to 99 minutes and 59 seconds. This allows for carrying out both short bursts of mixing and long, time-controlled experiments with ease. Once the time is set, the mixer will automatically stop after completion, ensuring precision and repeatability. This built-in timer makes it highly reliable for time-sensitive lab protocols.

5. Does the Vortex Mixer support all varieties of tubes?

Yes, the Vortex Mixer is compatible with a wide range of test tubes, including up to 50 ml volumes. Its interchangeable adaptors (like foam blocks and tube heads) allow it to accommodate different tube sizes and quantities. Whether mixing a single sample or multiple tubes at once, the mixer adapts to your needs. It’s designed for versatility in biological, chemical, and clinical lab environments.

6. 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.

7. 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.

8. 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.

9. 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.

10. 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.