Shaking Incubator LSI-T2032

Introduction

Shaking Incubator supports 40 to 300 rpm rotation speed with ±1 rpm control precision. Equipped with fast refrigeration and auto-defrost system for consistent cooling. Temperature deviations trigger alarm system and automatic heating shutdown. Features data memory and password lock to prevent unauthorized or incorrect operation. Ideal for clinical testing, microbial culture, cell culture, biochemical and enzyme research. 

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 widely used for microbial culture, cell culture, biochemical and enzyme research, clinical testing and diagnostic purposes.

Specifications

Volume	280L
Temperature Range	4 to 60℃
Temperature Accuracy	±0.1℃
Temperature Uniformity	±1℃
Rotation Rate	40 to 300 rpm
Rotation Accuracy	±1 rpm
Swing Amplitude	Φ26 mm
Timing Range	1 to 9999min
Flask Clamps (standard)	250ml × 70 (35 each layer）
Flask Clamps (optional)	500ml × 48
Power Consumption	750W
Power Supply	AC220V to 240V±10%,
Tray Size	740mm × 460mm (×2)
Interior Dimension	840mm × 520mm × 640mm
Exterior Dimension	950mm × 700mm × 1260mm
Weight	240kg

Features

Stain-less steel chamber

Large display

UV Sterilization system

Built-in backup option

Integrated lighting system

FAQs

1. What are the shaking speed capabilities of the Shaking Incubator ?

The Shaking Incubator supports a wide rotation range from 40 to 300 rpm. It delivers ±1 rpm accuracy for precise and consistent agitation. A 26mm swing amplitude provides effective mixing of liquid cultures. Two large trays accommodate up to 70×250mL flasks as standard. Optional clamps support 48×500ml or 24×1000ml flasks. Ideal for maintaining uniform suspension during microbial and biochemical experiments.

2. What temperature control features are included in the Shaking Incubator ?

Shaking Incubator operates within a 4 to 60?°C temperature range, ideal for sensitive cultures. Ensures ±0.1°C temperature accuracy and ±1?°C uniformity across the chamber. Features a fast refrigeration system with automatic defrost for uninterrupted cooling. Automatic heating stops and alarms activate upon temperature deviation. Delivers highly stable conditions for clinical testing and enzyme research. Supports both ambient and low-temperature incubation processes.

3. How does the Shaking Incubator maintain operational reliability and safety?

The Shaking Incubator features data memory to preserve settings after power failure. Password protection restricts unauthorized access and prevents programming errors. A built-in backup system ensures continuity during unexpected interruptions. Auto-recovery function resumes operations as programmed post-outage. Audible and visual alarms promptly notify users of any deviation. Designed for secure, uninterrupted laboratory performance.

4. What design and observation features enhance user convenience in the Shaking Incubator ?

Shaking Incubator is constructed with a stainless-steel inner chamber for easy cleaning and durability. Equipped with a large display for real-time parameter monitoring. A built-in lighting system and large viewing window enable easy sample observation. UV sterilization system helps maintain a contamination-free environment. User-friendly interface supports multi-step programming and long-term operation. Designed for high-throughput labs needing efficient control and visibility.

5. In which applications is the Shaking Incubator commonly used?

Shaking Incubator is ideal for microbial and cell culture, where consistent shaking and temperature matter. Used in biochemical research for protein expression and enzyme reactions. Supports clinical testing, diagnostics, and pharmaceutical sample preparation. Valuable in academic, biotech, and hospital laboratories. Its high-capacity and dual-layer trays make it ideal for mid- to large-scale experiments. Engineered for precision, sterility, and long-term culture stability.