Microplate Shaker LMS-T2010

Introduction

Microplate Shaker offers a speed range of 100 to 1200 rpm. It features a digital display for speed and timing parameters. The features a brushless motor, ensuring durability and low maintenance while providing smooth and consistent operation. Its timing function ranges from 1 minute to 8 hours, making it suitable for various experimental needs. Our shaker holds one microplate, making it ideal for small-scale research and diagnostic applications.

This laboratory shakers 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 Microplate Shaker is ideal for small-scale laboratory applications such as assays, enzyme reactions, and gentle mixing of biological and chemical samples in a single microplate.

Specifications

Shaking Speed Range	100 to 1200 rpm
increment	100 rpm
Capacity	96-well plate/ Plate/ Cell culture plate × 1
Shaking Motion	Horizontal gyration
Shaking Orbit	4 mm
Timer	1 min to 8 h
Display	Digital display
Motor	Brushless
Power	20 W
Power Supply	AC 100 to 240 V / DC 12 V
Dimension	155 × 150 × 90 mm

Features

Silicon tray

Button control

Timing function

Low power consumption

Compact structure

FAQs

1. Can I adjust the shaking speed?

Yes, Microplate Shaker offers an adjustable shaking speed ranging from 100 to 1200 rpm, with increments of 100 rpm. This precision ensures that users can select the optimal speed for their specific application, whether it requires gentle mixing or more vigorous shaking. The flexibility in speed control makes it suitable for a range of processes, including assays and cell culture procedures. The digital display provides an easy-to-read interface, allowing users to set and monitor the speed effortlessly.

2. Does the Microplate Shaker have a timer function?

Yes, this Microplate Shaker comes with a built-in timer function that allows users to set shaking durations from 1 minute to 8 hours. This feature is highly beneficial for experiments requiring precise timing, such as enzymatic reactions or long incubation periods. The timer ensures that experiments run consistently without the need for manual intervention, helping to maintain reproducibility. Once the set time is reached, the shaker automatically stops, preventing over-mixing and preserving sample integrity.

3. Can I use multiple microplates on this shaker?

No, this Microplate Shaker is specifically designed to hold only one microplate at a time, making it best suited for small-scale research, diagnostic applications, and individual experiments. While some larger models support multiple plates, this compact shaker is optimized for precise and controlled shaking of a single plate. This design choice allows for uniform motion across the plate, reducing the risk of uneven mixing. If larger capacity is required, users may need to consider alternative models with multi-plate capabilities.

4. Are microplates available for purchase separately?

Yes, microplates can be purchased separately as optional accessories. The available options include the 96-well plate and the cell culture plate. These plates are designed to be fully compatible with this Microplate Shaker, ensuring a perfect fit and optimal performance. Purchasing extra plates can be useful for laboratories conducting multiple experiments in parallel, allowing for increased efficiency and workflow optimization.

5. What makes this Microplate Shaker different from other microplate shakers?

Microplate Shaker stands out due to its compact design, digital display, precise speed control, and durable brushless motor, making it ideal for small-scale laboratory applications. Unlike bulkier models, this shaker is space-efficient and easy to integrate into existing lab setups. The combination of adjustable speed, timer functionality, and horizontal gyration motion provides reliable and consistent mixing results. Additionally, its affordability compared to high-end models makes it an excellent choice for research facilities, clinical labs, and educational institutions looking for a cost-effective yet high-quality solution.