Vortex Mixer LVOM-T2016

Introduction

Vortex Mixer offers a speed range from 0 to 3000 rpm in Touch mode and 200 to 3000 rpm in Run mode. It is equipped with advanced a brushless motor, ensuring long-term reliability and low maintenance. The speed is adjusted manually using a knob-based control system. Additionally, with a power rating of 20 W and an IP21 protection level, it is designed to function safely within various laboratory environments. Our mixer is designed for general laboratory mixing 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 ideal for routine laboratory mixing applications, including reagent preparation and biological sample resuspension. It is well-suited for general research and clinical laboratories where manual or continuous vortexing is required for efficient sample processing.

Specifications

Speed	Touch : 0 to 3000 rpm Run : 200 to 3000 rpm
Amplitude	4.5 mm circular oscillations
Operating Mode	Touch/Run
Capacity	Standard : Module 1 and 2 Optional : Module 3,4,5,6,7,8
Control Mode	Knob speed adjustment
Motor	Brushless motor
Ambient Temperature	5 to 40℃
Ambient Humidity	80% RH
Protective Class	IP21
Power Adapter	DC12 V/ 2A
Power Consumption	20 W
Power Supply	AC 100 to 240 V
Dimension	155 × 150 × 90 mm
Packaging Dimension	290 × 200 × 140 mm
Net Weight	2.5 Kg
Gross Weight	5 Kg

Features

Multiple tube type compatibility

Multi-function switch

Stable operation

Circular oscillations

Uniform mixing

Compact structure

FAQs

1. How does the Vortex Mixer ensure user safety during operation?

mixer is built with non-slip feet to prevent movement during operation, a low-vibration design to reduce mechanical disturbances, and an IP21 protection rating to safeguard against vertical liquid drips. These features help minimize the risks of spills, mechanical hazards, and instability, ensuring safe and efficient use in the laboratory.

2. Is the Vortex Mixer suitable for prolonged, continuous operation?

Yes, this Vortex Mixer is designed for continuous operation in Run mode, making it suitable for applications requiring extended vortexing. It is engineered to prevent overheating and maintain consistent performance over long durations, ensuring reliability for high-workload laboratory environments.

3. Can this Vortex Mixer accommodate different types of mixing attachments?

Yes, our Vortex Mixer supports multiple interchangeable attachments, allowing it to mix a variety of sample types. It can accommodate small vials, test tubes, centrifuge tubes, and multi-well plates, making it a versatile tool for different laboratory applications.

4. How does the Touch mode function on the Vortex Mixer?

The Touch mode enables automatic activation when a container is lightly pressed against the platform. The mixing action stops immediately when the container is released, allowing for quick and controlled vortexing. This feature is particularly useful for handling multiple samples efficiently in a short period.

5. What kind of maintenance is required for the Vortex Mixer?

Vortex Mixer requires minimal maintenance due to its brushless motor. Routine care includes wiping down the surface to prevent contamination, avoiding liquid spills, and ensuring proper ventilation during operation. Regular inspection of attachments and the mixing platform helps maintain optimal performance.

6. Does the Vortex Mixer support variable speed control?

Yes, the Vortex Mixer features a manual speed adjustment dial, allowing precise control from 200 to 3000 rpm. This enables users to choose the appropriate mixing speed based on the sample type, ensuring gentle or vigorous vortexing as required.

7. What materials are used in the construction of the Vortex Mixer?

Vortex Mixer is constructed from durable, chemical-resistant materials, making it suitable for laboratory environments exposed to various reagents. Its robust design ensures longevity and protects internal components from accidental spills or physical damage.

8. What are the primary applications of this Vortex Mixer?

Vortex Mixer is commonly used in biological, chemical, and clinical laboratories for resuspending cells, mixing reagents, dissolving powdered or solid substances, and homogenizing solutions. It is designed to handle various sample containers, including test tubes, centrifuge tubes, and microplates, ensuring efficient and uniform mixing for research and diagnostic applications.

9. 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.

10. 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.

11. 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.

12. 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.

13. 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.