Microplate Shaker LMS-T2013

Introduction

Microplate Shaker is a lightweight design that offers shaking speeds of 200 to 2000 rpm. It features a programmable timer range of 1 minute to 99 hours and 59 minutes for flexible experiment durations. This high-speed microplate shaker with a brushless DC motor ensures stable and precise performance. It is an easy set-up with a tool-free plate loading mechanism that enables quick attachment and removal of plates. Our Microplate Shaker is widely used for processing, / extraction protocols, enzyme kinetic studies, and preparation workflows.

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 widely used in processing, / extraction protocols, enzyme kinetic studies, and preparation workflows. Its compatibility with standard microplates, deep well plates, and cell culture plates makes it highly versatile for use in both high-throughput screening and routine sample mixing.
 

Specifications

Shaking Speed	200 to 2000 rpm
Timing Range	1 min to 99h 59 min/∞
Speed Step Value	10 rpm
Mixing Orbit	3 mm
Sample Capacity	2 plates
With Status Indicator Light	Yes
Power Requirements	DC 24V/2A, 45W
Dimensions	290 × 200 × 107 mm
Net Weight	3.8 Kg

Features

real-time display

Low noise operation

Minimal maintenance

Audible alarm setup

Compact design

FAQs

1. Does the Microplate Shaker support 384-well plates?

Yes, the Microplate Shaker is specifically designed to support various plate formats, including standard plates such as 96-well and 384-well plates. It is also compatible with deep well plates, cell culture plates (24/48/96 wells), and plates. This makes it highly adaptable for multiple laboratory workflows involving immunoassays and sample mixing. Its dual-plate capacity allows users to process more samples in a single run, boosting productivity.

2. What are the features of the Microplate Shaker ?

The Microplate Shaker features a brushless DC motor for high-speed, quiet, and stable operation. It includes an screen to display system status and operational parameters. Its programmable timer (1 minute to 99 hours and 59 minutes), adjustable mixing speed (200–1200 rpm), and tool-free plate installation design enhance user convenience. Safety features like alarm indicators and buzzer alerts provide dependable monitoring during operation. The anti-slip design and plate versatility further add to its efficiency and reliability.

3. What is the maximum running time for the Microplate Shaker ?

Microplate Shaker offers a flexible timing range from 1 minute to 99 hours and 59 minutes, and also supports continuous operation. This extended capability allows users to run the instrument without a time limit, making it ideal for prolonged protocols or overnight processes. This shaker adapts to your workflow seamlessly. Its microprocessor-controlled system ensures consistent speed and timing precision throughout extended durations. This makes it a reliable solution for both standard and demanding high-throughput lab applications.

4. What is the purpose of the status indicator light on the Microplate Shaker ?

Microplate Shaker includes a system status indicator light to give users real-time visual feedback on machine operation. This feature allows researchers to quickly assess whether the shaker is active, paused, or encountering an issue. In case of a fault, the device also provides an automatic alarm sound and buzzer notification. These built-in alerts enhance user safety and minimize the risk of sample mishandling. The intuitive indicators contribute to a seamless and secure working experience.

5. Is the Microplate Shaker easy to operate for routine lab use?

Yes, the Microplate Shaker is designed with user convenience in mind. Its screen and intuitive control buttons make it easy to set parameters without extensive training. The shaker also includes a simple mechanism for installing and removing microplates, eliminating the need for extra tools. With low noise, compact design, and minimal maintenance requirements, it's an ideal choice for daily lab routines. Whether in research, diagnostics, or biotech labs, it ensures smooth operation with high performance.