Biochemical Incubator LBCI-T2020

Introduction

Biochemical Incubator offers a temperature range of 0 to 50°C for optimal performance. It includes a built-in timing function, supporting programmed operation from 0 to 999 hours. The touch keyboard enables accurate thermal and time setting with ease. Its low noise operation creates a quiet working environment, suitable for continuous long-term use. Our incubator is ideal for measurement, water analysis, bacterial and mold cultivation and microorganism conservation.

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 ideal for measurement, water analysis, bacterial and mold cultivation, microorganism conservation, environmental testing, drug testing, and agricultural experiments involving plant and animal breeding.

Specifications

Type	Biochemical Incubator
Capacity	100 L
Temperature Range	0 to 50°C
Temperature Resolution	0.1°C
Temperature Fluctuation	±1℃（Heating），±2℃（Cooling）
Temperature Uniformity at 37°C	±2°C
Timer Range	0 to 999 h
Number of Shelves	2/3 pc
Power Consumption	300 W
Internal Dimensions W×D×H	450×380×585 mm
Housing Dimensions W×D×H	580×570×1070 mm
Package Dimensions	680×670×1240 mm
Load per Shelf	15 Kg
Net Weight	62 Kg
Gross Weight	73 Kg

Features

Cold-Rolled Steel Shell

Mirror Stainless Chamber

Adjustable Shelves

Microcomputer Temperature Control

Touch Keyboard Setting

FAQs

1. What type of temperature control system does Biochemical Incubator use?

The Biochemical Incubator uses a microcomputer single-chip technology for precise temperature control. This advanced system ensures stable and accurate temperature regulation throughout the incubation process. It allows for easy programming and adjustments, providing reliable performance for sensitive experiments. The precise control helps maintain optimal conditions for bacterial and mold cultivation as well as microorganism conservation. Overall, this technology enhances the incubator’s efficiency and consistency, making it suitable for various scientific and industrial applications.

2. How many shelves does the Biochemical Incubator have?

The Biochemical Incubator is equipped with 2 or 3 adjustable shelves, allowing flexibility in organizing samples of different sizes. These shelves can be easily repositioned to accommodate various experimental setups and maximize the use of the internal space. The adjustable design helps ensure uniform airflow and temperature distribution around the samples. This feature makes it convenient for users to customize the incubator layout based on their specific needs. Overall, the shelves enhance the versatility and efficiency of the incubator in laboratory applications.

3. Is the Biochemical Incubator suitable for bacterial and mold cultivation?

Yes, the Biochemical Incubator is well-suited for bacterial and mold cultivation as well as microorganism conservation. Its precise temperature control and uniform heating ensure optimal conditions for the growth and maintenance of various microorganisms. The incubator’s stable environment supports reliable experimental results and consistent culture development. This makes it a valuable tool for laboratories focused on microbiology, environmental testing, and related fields. Its design and features specifically cater to the needs of cultivating sensitive bacterial and mold samples safely and effectively.

4. What safety features does the Biochemical Incubator offer during power failure?

The Biochemical Incubator includes a power supply recovery function that safeguards against data loss during power failures. This feature ensures that the incubator resumes its previous operating conditions once power is restored, maintaining temperature and timing settings without interruption. It helps prevent damage to sensitive samples by avoiding sudden temperature fluctuations caused by unexpected shutdowns. The reliable backup system enhances operational safety and reduces the risk of experiment failure due to power outages.

5. What material is the working chamber made of?

The working chamber of the Biochemical Incubator is constructed from mirror stainless steel, which provides excellent corrosion resistance and durability. This material ensures a clean and hygienic environment for sensitive biological samples. Its smooth surface makes cleaning and maintenance easy, reducing the risk of contamination. The stainless steel chamber also contributes to uniform temperature distribution, enhancing the accuracy and reliability of incubation. Overall, the robust construction supports long-term, consistent performance in various laboratory applications.