Introducing Zhichu's Latest CO2 Shaking Incubator ZCZY-VCN

Introducing Zhichu's Latest CO₂ Shaking Incubator ZCZY-VCN: Unveiling the Prime Precision in Cell Culture

At Zhichu, innovation meets precision in laboratory equipment. We are excited to introduce our most popular model CO₂ Shaking Incubator ZCZY-VCN, designed for high-performance cell culture applications. With advanced features, robust applications, and customer-driven feedback, this incubator is set to redefine the standards in both research and industrial environments. In this article, we'll explore the incubator's key features, application fields, installation tips, and insights from real-world users.

Key Features of Zhichu CO₂ Shaking Incubator ZCZY-VCN

Precise CO₂ and Temperature Control

One of the core benefits of this CO₂ shaking incubator is its ability to maintain a highly controlled environment, crucial for cell culture. It incorporates a high-precision CO₂ concentration control system with Vaisala latest infrared sensors, ensuring stability in gas levels, which are essential for cell growth and metabolic activity.

The temperature control system uses a PID-based algorithm to keep the interior uniformly heated, with a temperature fluctuation margin of less than ±0.1°C and uniformity at ±0.3°C. This balance ensures the optimal environment for sensitive biological samples.

Advanced Shaking Mechanism

The integrated shaking platform operates with a triple-eccentric mechanism, offering uniform and consistent motion. This helps prevent sedimentation and enhances oxygen transfer, key for cell suspension cultures. With adjustable speeds from 10 to 400 RPM at amplitude φ26mm or from 10 to 1000RPM at amplitude φ3mm , the incubator provides flexibility to suit a wide range of biological protocols, ensuring that both delicate and high-demand experiments can be executed with precision.

Sterilization and Contamination Control

The CO₂ shaking incubator comes equipped with UV light exposure wave length at 254nm. 254 nm is the best wavelength for sterilization because it provides the strongest DNA/RNA disruption, making it widely used in medical, laboratory, and water treatment disinfection devices. This helps maintain a contamination-free environment, reducing the risk of microbial interference.

The inner chamber is made from corrosion-resistant bacteriostatic 304 stainless steel, which simplifies cleaning and promotes longevity.

Ergonomic and User-Friendly Design

Our design philosophy revolves around user comfort and efficiency. The incubator is equipped with an easy-to-access 7inch touch screen control panel that allows quick adjustments of CO₂, temperature, and shaking speed, and showcases real time CO₂, temperature and humidity curves.

Real-Time Monitoring and Data Logging

Integrated with smart technology, this CO₂ shaking incubator allows for remote monitoring and control through our proprietary software. Researchers can monitor environmental parameters, log data, and receive real-time alerts via their smartphones or computers. The incubator also features built-in memory storage for long-term data retention.

Energy Efficiency and Safety

Energy efficiency is an important aspect of modern laboratory equipment. Our CO₂ incubator employs energy-saving components such as low-energy LED lighting and optimized VFD compressor cooling, reducing operational costs while maintaining peak performance. For safety, the incubator is fitted with alarms that are triggered by deviations in CO₂ levels, temperature, or door openings. This ensures that any fluctuations are immediately addressed to protect valuable samples.

Application Fields

The Zhichu CO₂ Shaking Incubator is an ideal solution for a variety of research and production fields, particularly in areas where maintaining precise environmental conditions is critical. Some of the key application fields include:

Cell Biology and Tissue Engineering

For researchers in cell biology and tissue engineering, this incubator provides the perfect environment for growing mammalian cells, primary cells, and stem cells. The tight control of CO₂ and temperature makes it ideal for experiments requiring cell proliferation, differentiation, and viability under different conditions.

Pharmaceutical Research

The pharmaceutical industry heavily relies on precision equipment to perform drug screening, protein expression, and vaccine production. The CO₂ shaking incubator supports these workflows by maintaining stable culture environments, reducing contamination risks, and ensuring reproducibility in experimental outcomes.

Microbiology and Biotechnology

In microbial culture, especially when working with anaerobic organisms, the CO₂ control system plays a critical role in creating an environment conducive to growth. Additionally, the shaking feature helps enhance nutrient uptake, which is crucial for large-scale microbial fermentation and enzyme production.

Academic Research and Education

Universities and research institutions conducting molecular biology and biochemistry experiments can benefit from this equipment due to its versatility and ease of use. The CO₂ incubator is compatible with a wide range of experiments, from basic culture growth to advanced genetic studies.

Installation Sample

For optimal performance, proper installation of the CO₂ shaking incubator is critical. Below is a step-by-step guide to ensure smooth installation:

Choosing the Right Location

Ensure that the incubator is installed in a well-ventilated area with sufficient space around the unit for airflow. The location should be free from direct sunlight and away from heat sources, as temperature fluctuations can affect performance.

Levelling the Incubator

Once placed in the desired location, ensure the incubator is levelled to avoid imbalances during shaking. Most models come with adjustable feet to help stabilize the unit on uneven surfaces.

Gas Connection

Connect the CO₂ gas tank to the incubator using the provided tubing. Make sure that the gas tank is securely fastened and that the connections are airtight to prevent leaks.

Electrical Setup

Plug the incubator into a dedicated electrical outlet, ensuring it meets the voltage requirements. Use a surge protector to safeguard the incubator's electronics from power fluctuations.

Calibration and Testing

After installation, calibrate the CO₂ sensor and temperature control systems according to the manufacturer's instructions. Run a test to ensure all parameters are within the specified ranges before starting any experiments.