Shaking Incubator LSI-T2033

Introduction

Shaking Incubator features anti-corrosive chamber with storage volume of 582L. Auto-recovers after power failure, maintaining programmed settings and preventing data loss. Integrated UV sterilization ensures contamination-free internal environment. Large viewing window with internal lighting enables clear sample observation. Widely used in agricultural science research, pharmaceutical, food and beverage industries.

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 activity analysis, agricultural science research, pharmaceutical, food and beverage industries. 

Specifications

Volume	582L
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 × 90 (45 each layer）
Flask Clamps (optional)	500ml × 64
Power Consumption	1420W
Power Supply	AC220V to 240V±10%,
Tray Size	970mm × 760mm (×2)
Interior Dimension	1090mm × 625mm × 850mm
Exterior Dimension	1200mm × 820mm × 1600mm
Weight	240kg

Features

Auto-defrost system

Password protected operation

Fast refrigeration system 

Equipped with leakage protection

Audio-visual alarm system

FAQs

1. What makes the Shaking Incubator suitable for sensitive or contamination-prone samples?

The Shaking Incubator features a UV sterilization system for internal decontamination. An anti-corrosive inner chamber resists chemical damage and supports easy cleaning. Internal lighting and large viewing window provide safe sample observation without disruption. A leakage protection system and audio-visual alarms enhance operational safety. All features work together to maintain a contamination-free, secure incubation environment. Ideal for clinical, pharmaceutical, and food microbiology labs.

2. How does the Shaking Incubator handle power failures and operational interruptions?

Shaking Incubator offers auto-recovery after power failure, retaining programmed settings. This ensures that experiments continue without needing reconfiguration or manual reset. A password lock system secures operation against unauthorized access or changes. These features help prevent errors, data loss, and compromised sample integrity. Especially useful during extended incubations or unattended operation in research settings. Built-in reliability makes it dependable for continuous use.

3. In which industries is the Shaking Incubator commonly used?

Shaking Incubator is widely used in agricultural science for seed germination and microbial studies. Essential in pharmaceutical labs for cell culture and drug research. Used in the food and beverage industry for quality control testing. Also applied in biotech and fermentation studies needing shaking incubation. Handles microbial activity analysis with excellent environmental control. A versatile incubator for cross-disciplinary scientific applications.

4. What are the size, power, and installation requirements by the Shaking Incubator ?

The Shaking Incubator interior measures 1090 × 625 × 850mm, while the exterior dimensions are 1200 × 820 × 1600mm. It consumes 1420 W and operates on AC 220V–240V, 50–60 Hz. With a weight of 240 kg, it’s designed for stationary lab placement. Suitable for spacious labs with high-throughput shaking incubation needs. Reliable for long-term use in both R&D and industrial environments.

5. What temperature and shaking capabilities does the Shaking Incubator offer?

Shaking Incubator supports a temperature range of 4°C to 60°C, with ±0.1°C accuracy and ±1°C uniformity across the chamber. Shaking speed ranges from 40 to 300 rpm with ±1 rpm precision. It features a 26 mm swing amplitude, suitable for various culture vessels. Ideal for temperature-sensitive microbial and biochemical applications requiring constant motion. Precision control enables reliable, repeatable conditions for high-throughput research.