Shaking Incubator LSI-T2030

Introduction

Shaking Incubator features a temperature control range of 4℃ to 60℃ with an accuracy of ± 0.5℃. It features microcomputer intelligent control with a high-accuracy, easy-to-use interface. The incubator uses a reliable brushless DC motor and a three-dimensional self-balancing eccentric wheel drive. Its outer shell is made of high-quality steel, while the inner liner is constructed from stainless steel. Our incubator is designed for precise temperature and oscillation control.

It provides a stable and controlled environment for cell culture, microbial growth, and other biological experiments. The precise temperature and humidity control ensure consistent experimental conditions and reliable results.

Applications

Our Shaking Incubator is used for cultivating microbial, plant, and cell cultures under controlled temperature and shaking conditions. It is ideal for biological research, genetic studies, food testing, and environmental analysis.

Specifications

Temperature Range	4℃ to 60℃
Temperature Accuracy	± 0.5℃
Shaking Speed	50 to 300 rpm
Shaking Speed Accuracy	±1 rpm
Shaking Amplitude	Φ30 mm
Maximum Capacity	△100 mL × 160 or △250 mL × 90 or △500 mL × 80 or △1000 mL × 36
Pallet Size	960 × 560 mm
Standard Capacity	500 mL × 80
Drive System	Brushless DC motor with 3D self-balancing mechanism
Timer	0 to 9999 minutes / Continuous
Display	Black background
Inner Chamber Material	Stainless steel
Outer Shell Material	High-quality steel
Heating Power	350 W
Compressor Power	570 W
Power Supply	AC 220 V 50 Hz
Dimension (W×D×H)	1175 × 855 × 1620 mm
Packaging Dimension (W×D×H)	1280 × 970 × 1700 mm
Net Weight	200 Kg
Gross Weight	250 Kg

Features

Programmable timer with continuous mode

display for monitoring

Oxygen supplementation for sample protection

Wide temperature range with high accuracy

Built-in safety alarms for voltage and motor error

FAQs

1. What is the Shaking Incubator used for in laboratory applications?

Shaking Incubator is designed for cultivating microbial, plant, and cell cultures under controlled temperature and oscillation conditions. It provides precise shaking and incubation, making it ideal for applications such as genetic research, food testing, enzyme reactions, and environmental studies where uniform mixing and stable environmental parameters are essential.

2. How does the Shaking Incubator maintain temperature accuracy?

Shaking Incubator is equipped with a microcomputer-based intelligent control system that regulates the temperature within a range of 4? to 60? with an accuracy of ±0.5?. The stainless-steel inner chamber ensures even heat distribution, while the high-quality compressor and heating system maintain stable conditions throughout the experiment.

3. What makes the drive system of the Shaking Incubator reliable?

The Shaking Incubator uses a brushless DC motor coupled with a three-dimensional self-balancing eccentric wheel drive system. This design provides smooth, stable oscillations at speeds between 50 and 300 rpm with ±1 rpm accuracy, reducing mechanical wear and ensuring consistent long-term performance for demanding laboratory use.

4. Can the Shaking Incubator handle different flask capacities?

Yes, our Shaking Incubator accommodates multiple flask sizes with a maximum capacity of 100 mL × 160, 250 mL × 90, 500 mL × 80, or 1000 mL × 36. The standard configuration supports up to 80 flasks of 500 mL each, making it versatile for various experimental requirements in research and industrial laboratories.

5. How does the Shaking Incubator ensure sample protection during operation?

Shaking Incubator is equipped with oxygen supplementation functionality that protects sensitive biological samples during long-term cultivation. It also includes built-in safety alarms for motor lock-up, voltage fluctuations, and communication errors, ensuring the integrity of experiments and preventing sample loss in case of operational disruptions.

6. How does the Shaking Incubator maintain temperature accuracy?

Shaking Incubator is equipped with a microcomputer-based intelligent control system that regulates the temperature within a range of 4? to 60? with an accuracy of ±0.5?. The stainless-steel inner chamber ensures even heat distribution, while the high-quality compressor and heating system maintain stable conditions throughout the experiment.