Thermo-Shaker Incubator ADTSI-501

1. What type of motor is used in the Thermo-Shaker Incubator?

Our Thermo-Shaker Incubator uses a maintenance-free BLDC motor for reliable and efficient operation. This motor provides precise control and smooth performance, minimizing noise and vibration. Its durability ensures long-term use with minimal upkeep, enhancing overall user experience.

2. What is the cooling down rate of the Thermo-Shaker Incubator?

This Thermo-Shaker Incubator cools from 30°C to 10°C in 25 minutes or less, with a cooling rate of at least 7°C per minute when cooling from 100°C to 20°C. This efficient cooling ensures quick sample processing and reduces overall experiment time. Its advanced cooling system maintains temperature stability for reliable results.

3. Does the Thermo-Shaker Incubator come with a lid?

Yes, our Thermo-Shaker Incubator comes with a lid for secure sample containment and optimal temperature control. The lid helps prevent contamination and evaporation during incubation. It is designed for easy handling and ensures uniform temperature distribution throughout the samples.

4. What temperature control modes does the Thermo-Shaker Incubator use?

This Thermo-Shaker Incubator utilizes semiconductor temperature control technology, providing precise and stable temperature regulation for various laboratory applications. This advanced system ensures rapid temperature changes and consistent performance throughout experiments.

5. What is the amplitude of horizontal rotation in the Thermo-Shaker Incubator?

This Thermo-Shaker Incubator has a horizontal rotation amplitude of 2 mm, ensuring consistent and efficient mixing of samples. This precise motion helps achieve uniform sample treatment, improving experimental reliability. The gentle rotation also minimizes sample disturbance and potential spillage.

6. What is a Thermo-Shaker Incubator used for?

A Thermo-Shaker Incubator is used for simultaneous heating, cooling, and mixing of samples, making it ideal for applications like enzyme reactions, nucleic acid hybridization, cell lysis, and DNA/RNA extraction. It ensures uniform temperature distribution and consistent agitation, improving reaction efficiency and reproducibility. This makes it an essential tool for molecular biology, biochemistry, and clinical laboratories.

7. What are the advantages of using Thermo-Shaker Incubator?

The advantages of using a Thermo-Shaker Incubator include combining precise temperature control with adjustable shaking to ensure uniform mixing and consistent incubation conditions, thereby enhancing reaction efficiency and reproducibility. Its versatile design supports a wide range of sample types through interchangeable blocks, increasing flexibility for various applications.