Biochemical Incubator LBCI-T2013

Introduction

Biochemical Incubator offers a 400 L capacity chamber designed for cultivating microorganisms under controlled temperature conditions. Its compact housing and efficient layout optimize space utilization in laboratory settings. It includes two standard adjustable shelves, expandable to seven, supporting up to 15 kg each. The fluorescent chamber lighting enhances visibility without disturbing internal conditions. Our incubator is used in microbiology, environmental testing, pharmaceutical labs, and agricultural 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 Biochemical Incubator is used in microbiology, environmental testing, pharmaceutical labs, and agricultural research for cultivating bacteria, molds, and microorganisms under controlled thermal conditions and measurement.

Specifications

Type	Biochemical Incubator
Capacity	400 L
Temperature Range	0 to 70°C
Temperature Resolution	0.1°C
Temperature Fluctuation	±0.5℃（Heating），±0.7℃（Cooling）
Temperature Uniformity at 37°C	±1°C
Timer Range	0 to 9999 min/h
Reservation Range	0 to 9999 min
Number of Shelves (std/max)	4/7 pc
Power Consumption	1350 W
Internal Dimensions W×D×H	600×640×1050 mm
Housing Dimensions W×D×H	745×930×1695 mm
Package Dimensions	890×1120×1880 mm
Load per Shelf	15 Kg
Net Weight	150 Kg
Gross Weight	182 Kg

Features

Fluorescent Chamber Lighting

Mechanical Safety Lock

Timing and Reservation

Low-Noise Compressor

Power Failure Recovery

FAQs

1. What is the main function of the Biochemical Incubator ?

The Biochemical Incubator is designed for the cultivation and preservation of microorganisms under controlled temperature environments. It is primarily used for testing, microbial growth, and culture maintenance. This model ensures accurate incubation with a temperature resolution of 0.1°C and uniformity of ±1°C at 37°C. It is suitable for research applications in pharmaceuticals, microbiology, agriculture, and environmental labs. provides a reliable environment for thermal-sensitive procedures.

2. What is the storage capacity and shelf configuration of the Biochemical Incubator - C13?

The Biochemical Incubator offers a 400 L chamber equipped with four adjustable shelves, which can be expanded to seven. Each shelf supports a maximum load of 15 kg, accommodating different vessel sizes and experimental setups. The large internal volume allows for high sample throughput. The flexible shelving system aids in organizing multiple samples efficiently. provides optimal configuration for diverse incubation needs.

3. What types of laboratories commonly use the Biochemical Incubator ?

The Biochemical Incubator is widely used in microbiology, pharmaceutical, environmental testing, and agricultural research laboratories. It supports bacterial and fungal cultivation, microbial testing, and plant tissue culture studies. Its robust construction and large capacity make it ideal for institutional and industrial research labs. The controlled temperature environment is essential for accurate and reproducible experimental outcomes. serves a broad range of applications in both academic and commercial settings.

4. Is the Biochemical Incubator energy efficient?

The uses a low-noise, energy-efficient compressor to maintain thermal stability while conserving power. This makes it suitable for continuous operation in energy-conscious labs. Its insulation and design reduce heat loss and optimize cooling efficiency. The power usage of 1350 W is balanced with the large chamber capacity. offers a practical solution for labs focused on sustainability and energy management.

5. Can the Biochemical Incubator be used for various container types and sample sizes?

Yes, the adjustable shelves of the allow accommodation of different sample containers and experimental setups. The shelf configuration is ideal for flasks, petri dishes, bottles, and culture tubes. Each shelf can support up to 15 kg, providing stability and safety for stored items. This flexibility supports multi-use applications across different research needs. is engineered to support a wide range of laboratory workflows.