Microplate Thermo Shaker LMTS-T2013

Introduction

Microplate Thermo Shaker is a benchtop design that offers a temperature setting range from 0°C to 80°C. It is equipped with advanced a shaking speed range from 300 to 1350 rpm with a 3 mm orbital motion. This shaker combines constant temperature maintenance and oscillation for efficient experimental processing. It's fuzzy control that precisely manages temperature and automatically adjusts heating rates, minimizing waiting times. Our Microplate Thermo Shaker is widely used in catalytic reaction processes, sample blending, preservation, and enzyme activation/deactivation workflows.

This thermo-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 Thermo Shaker is highly suitable for a wide range of molecular biology and biochemical applications. It is used extensively in catalytic reaction processes, sample blending, preservation, and enzyme activation/deactivation workflows. It helps maintain enzyme activity at optimal temperatures and is ideal for / library storage, plate processing, and other temperature-sensitive procedures.

Specifications

Temperature Setting Range	0°C to 80°C
Temperature Control Range	RT +5°C to 80°C
Shaking Speed	300 to 1350 rpm
Sample Capacity	4 microplates or deep-well plates
Heating Time	Up to 10 min (from RT 25 to 80°C)
Mixing Orbit	3 mm
Temperature Uniformity	Up to ±0.5°C
Temperature Accuracy	Up to ±0.5°C
Timing Range	1 min to 99h 59 min
Auto Preheating	Yes
Auto Resume to Run	Yes
Display Accuracy	0.1°C
Power Requirements	AC 220 V or AC 110 V, 50/60 Hz, 150 W
Dimensions	340 × 320 × 200 mm
Packing Dimension	490 × 450 × 350 mm
Net Weight	9.5 Kg
Gross Weight	11.5 Kg

Features

Brushless motor

Auto preheating

Power recovery

Deep-well compatibility

Real-time display

FAQs

1. What is the holding capacity of the Microplate Thermo Shaker ?

The Microplate Thermo Shaker can hold up to 4 microplates or deep-well plates at once. This high capacity allows simultaneous processing of multiple samples, making it ideal for high-throughput applications. Its platform is designed to fit standard formats securely, ensuring stable shaking and even heat distribution. This increases lab efficiency and reduces processing time.

2. What are the automatic features of the Microplate Thermo Shaker ?

Microplate Thermo Shaker includes automatic preheating, automatic power recovery, and auto-resume after power failure. These features enables to prepare itself for use and recover from interruptions without manual intervention. It also includes automatic over-temperature protection to prevent overheating. This automation ensures reliability and safety in unattended operations.

3. Is the Microplate Thermo Shaker easy to operate?

Yes, the Microplate Thermo Shaker is designed for simple and intuitive operation. It features a clear display that shows all parameters in real-time, along with a user-friendly control interface. Operators can easily set timing, temperature, and speed with minimal training. The one-touch knob control makes the setup quick and efficient for both beginners and experienced users.

4. How long can we set the experiments in the Microplate Thermo Shaker ?

Microplate Thermo Shaker allows users to program experiment durations from 1 minute up to 99 hours and 59 minutes. This wide timing range supports short tasks as well as extended processes like enzyme reactions or long incubations. Once the time is set, the unit runs automatically and alerts users upon completion. This flexibility makes it suitable for a broad range of laboratory protocols.

5. What are the safety features of the Microplate Thermo Shaker ?

The Microplate Thermo Shaker is equipped with built-in software and hardware over-temperature protection to ensure sample and operator safety. It also features automatic power recovery, allowing safe resumption of operations after power outages. The brushless motor design ensures low noise and minimal interference, contributing to a safer and more comfortable lab environment. These safeguards make it reliable for continuous or unsupervised use.