Multi-tube Vortex Mixer LMVM-T2015

Introduction

Multi-tube Vortex Mixer offers a variable speed range of 500 to 2500 rpm, allowing for efficient mixing of a wide range of tube types and sample viscosities. The microprocessor control ensures accurate speed and time settings for consistent mixing. It allows flexible time programming to accommodate both short and long mixing operations. Our Vortex Mixer is used for quickly mixing liquids in labs across biology, chemistry, and clinical fields.

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

Multi-tube Vortex Mixer is designed for high-throughput mixing of multiple test tubes simultaneously. It is widely used in biological research, clinical diagnostics, and pharmaceutical laboratories for sample preparation. 

Specifications

Speed Range	500 to 2500rpm
Speed Accuracy	±1rpm
Shaking Orbit	4mm
Time Range	1s to 9999min
Interval Timing Between Impulses	1 to 10s
Timing Set for Impuls Working	1s to 99min 59S
Maximum Load	5 kg
Cover Plate Size(W×L)	184 × 311mm
Fuse	250V, 1A, Ф5 × 20
Power Consumption	60W
Power Supply	AC 100 to 230V, 50/60Hz
Dimensions (W×D×H)	250 × 426 × 480 mm
Weight	15 kg

Features

Low vibration system

Continuous operation mode

Smooth orbital motion

Anti-slip rubber feet

Easy-to-use interface

FAQs

1. How does the Multi-tube Vortex Mixer maintain uniform mixing across all samples?

The Multi-tube Vortex Mixer uses a consistent 4 mm orbital motion combined with a stable platform to ensure all test tubes receive uniform agitation. This design eliminates uneven mixing that can occur in manual or single-point vortexing. Its microprocessor control keeps the speed steady across the entire load, even when working with up to 50 tubes. The secure foam tube holders prevent displacement, enhancing result reproducibility. Whether handling viscous liquids or delicate reagents, the Vortex Mixer delivers balanced mixing throughout. This is crucial for applications like enzyme assays or sample homogenization.

2. What makes the Multi-tube Vortex Mixer suitable for temperature-sensitive procedures?

Multi-tube Vortex Mixer is ideal for temperature-sensitive applications due to its low heat emission and pulse mixing capabilities. Unlike high-friction mixers, it operates quietly and efficiently, generating minimal thermal buildup. The impulse timing function allows intermittent mixing, reducing exposure to prolonged motion that can warm samples. It’s often used for cold-room applications or with temperature-sensitive reagents like buffers or protein solutions. The gentle yet effective agitation supports reaction consistency while protecting sample integrity. Researchers in molecular biology and biochemistry benefit greatly from this functionality.

3. Can the Multi-tube Vortex Mixer be customized for specific protocols?

Yes, the Multi-tube Vortex Mixer offers customization through interchangeable foam holders and programmable mixing settings. Users can choose from a variety of tube racks to accommodate different sample types and volumes. The speed, duration, and impulse modes can be adjusted to fit unique experimental requirements. This flexibility allows the Vortex Mixer to be used across multiple departments or research projects without needing separate devices. Whether you're vortexing blood samples, chemical suspensions, or biological reagents, it adapts easily to protocol demands. This makes it a cost-effective and versatile lab investment.

4. How does the design of the Multi-tube Vortex Mixer contribute to operator safety?

The Multi-tube Vortex Mixer is engineered with safety in mind, featuring a durable housing, non-slip rubber feet, and secure tube frames. These prevent the unit from shifting or vibrating excessively during operation. The electrical components comply with international safety standards and include fuse protection. Its stable design minimizes accidental spills or tube ejection, even at high speeds. The intuitive interface also reduces operational errors. These features make it safe for continuous use in clinical or academic labs, where both performance and safety are critical.

5. Is the Multi-tube Vortex Mixer suitable for automation in lab workflows?

The Multi-tube Vortex Mixer supports automation with programmable operation, enabling labs to run unattended mixing cycles. Its ability to handle large sample batches with consistent timing and speed fits seamlessly into semi-automated or automated workflows. Researchers can set it for continuous or timed runs, freeing time for other tasks. It’s particularly beneficial in high-throughput labs where standardizing repetitive steps improves efficiency. The Vortex Mixer’s reliability reduces the need for manual intervention, making it ideal for routine testing, diagnostics, and quality control environments.

6. What role does the Multi-tube Vortex Mixer play in clinical diagnostic labs?

In clinical settings, the Multi-tube Vortex Mixer is used for mixing blood samples, reagents, and diagnostic solutions across multiple test tubes simultaneously. Its consistent mixing helps ensure accurate test results by properly homogenizing samples before analysis. The pulse mode is especially useful for preventing hemolysis or over-agitation of fragile samples. Its speed, accuracy, and programmable settings allow it to meet strict diagnostic protocols. It’s commonly used in blood banks, pathology labs, and sample prep stations where throughput and accuracy are essential.