Water-T7acketed Incubator LWJIR-T2010

Introduction

Water Jacketed Incubator offers a capacity of 50L, providing ample space for various samples and cultures. It can maintain a temperature range from room temperature plus 5°C up to 65°C, making it suitable for a wide range of incubation needs. It uses a microprocessor-based controller to maintain a precise, accurate, and uniform temperature during the culturing process. Our water jacketed incubator is used in scientific research for applications like cell cultivation, seedling growth, and more.

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

Water Jacketed Incubator is used in scientific research for applications like cell cultivation, seedling growth, and more.

Specifications

Chamber Volume	50 L
Temperature Range	RT 5 ℃ to 65 ℃
Ambient Temperature	5 ℃ to 35 ℃
Timing Range	1 to 9999 min
Display Resolution	0.1 ℃
Shelves	2
Heating Method	Water Temperature
Power Consumption	450 W
Power	220 V, 50 Hz
Interior Dimension	350 × 350 × 410 mm
Exterior Dimension	500 × 500 × 700 mm

Features

Alarm system

User-friendly operation

Inner glass door

Durable 

FAQs

1. What are the main features of the It Water Jacketed Incubator and how do they help in incubation?

The It Water Jacketed Incubator comes with a range of features that ensure efficient and stable incubation. It offers a 50L chamber capacity, which provides sufficient space for culturing various biological samples. The temperature range of RT+5°C to 65°C is ideal for applications like cell cultivation and seedling growth. It is equipped with a microprocessor-based controller that ensures precise and uniform temperature control, which is crucial for consistent experimental results. Additional features such as an alarm system, inner glass door, and user-friendly controls enhance usability and safety during long-term experiments.

2. How does the water jacketed heating system in It work and why is it beneficial?

The It uses a water jacketed heating method, which means the heating elements warm the water surrounding the chamber. This heated water then distributes the temperature evenly around the incubator walls. This method is beneficial because it ensures uniform heat distribution and minimizes temperature fluctuations inside the chamber. It also protects the samples from sudden heat loss during door openings and maintains a stable environment, which is especially important for sensitive cell and tissue cultures.

3. In what types of laboratories is the It Water Jacketed Incubator commonly used?

is widely used in various research and academic laboratories. It is suitable for use in biological research labs, medical colleges, agricultural labs, and biotech research centers. This incubator supports applications such as microbial culture, seedling development, tissue engineering, and other temperature-sensitive experiments. Its durability, ease of use, and stable performance make it a reliable tool for day-to-day laboratory incubation needs.

4. What makes the It easy and safe to use for lab personnel?

It has designed the incubator with user safety and convenience in mind. The inner chamber is made from easy-to-clean material with rounded corners for better hygiene. It features an inner glass door, allowing users to observe samples without affecting the internal temperature. The built-in alarm system alerts users if the temperature deviates from the set range, preventing damage to samples. Additionally, optional accessories like an independent temperature-limiting alarm system and RS485 connector help monitor and control the device more efficiently.

5. What are the optional accessories available for the It Water Jacketed Incubator , and what are their uses?

It offers several optional accessories for the to enhance its functionality. These include an intelligent programmable temperature controller, which allows users to set complex temperature cycles for different research needs. A printer can be added for recording temperature logs, ensuring traceability of results. The RS485 connector enables remote monitoring and control through a computer interface. An independent temperature-limiting alarm system is also available for added safety, preventing overheating and protecting valuable samples.