Vortex Mixer LVOM-T2024

Introduction

Vortex Mixer offers an adjustable speed range of 0 to 2500 rpm, ensuring efficient and controlled mixing for diverse laboratory tasks. It features triple mixing modes: touch, continuous, and timed modes for flexible and efficient mixing. Built with a shock-absorbing suction base, it ensures vibration-free performance even at high speeds. Our Vortex Mixer is ideal for quick mixing of liquids, cell suspensions in biology, chemistry, and clinical labs.

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

Vortex Mixer is designed for rapid mixing of liquids, suspensions, and reagents. It is widely used in biological research, chemical analysis, and clinical laboratory applications.

Specifications

Speed Range	0 to 2500rpm
Operation	knob + scale
Shaking Orbit	3mm
Shaking Mode	Circle
Operation Mode	Continuous or press running
Fuse	250V, 1A, Ф5×20
Power Consumption	60W
Power Supply	AC 220V / AC 110V, 50/60Hz
Dimensions (W×D×H)	132 × 156 × 150 mm
Weight	2.5 kg

Features

Interchangeable shaking blocks

User-friendly knob control

Low noise operation system

Dual voltage power supply

Timer-based operation mode

FAQs

1. How does the touch, continuous, and timer mode on the Vortex Mixer enhance its usability?

The Vortex Mixer features three operational modes: touch, continuous, and timer, which greatly improve user control and application flexibility. The touch mode allows hands-free activation by simply pressing the tube onto the mixing head, ideal for quick, single-sample mixing. The continuous mode runs without interruption, perfect for high-throughput or unattended workflows. The timer function adds precision by allowing users to set specific mixing durations. These options accommodate a wide range of experimental needs, from brief sample vortexing to timed reagent preparation. This functionality reduces user fatigue, increases consistency, and supports standardization in research and diagnostics. It’s ideal for labs with mixed usage patterns.

2. Is the Vortex Mixer suitable for temperature-sensitive samples?

While the Vortex Mixer does not feature built-in temperature control, its rapid and efficient mixing is ideal for minimizing sample exposure time, which can benefit temperature-sensitive samples. The short-duration, high-speed mixing reduces heat buildup compared to prolonged stirring methods. Additionally, the stable operation and customizable speed allow gentle mixing to avoid sample denaturation. It’s commonly used for temperature-sensitive enzymes, nucleic acids, and protein assays in molecular biology workflows. For added protection, samples can be vortexed within cooled environments such as laminar flow hoods or cold rooms. The Vortex Mixer supports safe and efficient handling of delicate materials when used appropriately.

3. What safety features does the Vortex Mixer offer for continuous high-speed use?

Vortex Mixer is designed with multiple safety features to ensure stable performance during prolonged high-speed mixing. It includes a shockproof suction base that prevents vibration or movement, even at 2500 rpm. The outer housing is made of durable, chemical-resistant material to withstand spills and harsh cleaning agents. An inbuilt 250V, 1A fuse protects the unit from electrical surges or overloads. Its air-ventilation design supports motor cooling, extending the life of internal components. These safety features make the Vortex Mixer ideal for high-throughput labs or situations requiring extended operation. It ensures both user safety and reliable equipment performance.

4. How does the 3 mm shaking orbit of the Vortex Mixer affect mixing efficiency?

Vortex Mixer features a 3 mm circular shaking orbit, which delivers efficient and uniform mixing of samples. This orbital motion is optimized for both low and high-speed applications, ensuring thorough resuspension or blending without splashing. A 3 mm orbit is particularly effective for small volume tubes, enabling full mixing in seconds. It also minimizes bubble formation, which is important for protein-based or enzymatic reactions. This makes the Vortex Mixer highly suitable for labs performing extraction, preparation, or chemical analysis. Its precise motion ensures reproducible results in sensitive experiments across multiple disciplines.

5. Can the Vortex Mixer be used in field or mobile lab setups?

Yes, the Vortex Mixer is well-suited for use in mobile or field laboratories due to its compact size, lightweight body (2.5 kg), and dual-voltage compatibility. It operates on both AC 220V and AC 110V, making it adaptable for international use or varied power sources. Its sturdy build and suction-cup base provide excellent stability on uneven surfaces often found in temporary lab environments. The device requires minimal maintenance and setup, allowing for quick deployment and operation. This makes the Vortex Mixer an excellent choice for environmental testing, forensic fieldwork, and on-site quality control labs.

6. What makes the Vortex Mixer a better choice compared to standard mixers?

Vortex Mixer stands out due to its combination of power, precision, and versatility in a compact design. Unlike basic mixers, it offers a wide speed range (0–2500 rpm), three operating modes, and support for multiple tube sizes through interchangeable heads. The 3 mm orbital motion ensures efficient sample agitation while minimizing cross-contamination. Its quiet operation and stable base reduce noise and vibration in sensitive lab environments. With features like timer control, dual-voltage compatibility, and low maintenance, the Vortex Mixer provides greater value, especially in research-intensive or multi-application laboratories. It’s engineered for reliability and performance.

7. 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.

8. 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.

9. 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.

10. 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.

11. 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.