Incubator IN30 - Fair

IN30 Incubator: A Versatile Tool for Research and Medicine

The IN30 Incubator is far more than just a heating device. It represents an indispensable tool in the fields of research, medicine, pharmacy, food analysis, and chemistry. Its versatility, advanced performance, and user-friendliness make it an essential component in any modern laboratory.

With its adjustable temperature range of +20 to +80°C, the IN30 Incubator offers precise thermal control to meet the varied requirements of laboratory experiments and procedures. This functionality allows users to create and maintain optimal environmental conditions for a multitude of samples and reagents.

By adjusting the temperature according to the specific needs of each experiment, users can ensure reliable and reproducible results. For example, in biomedical research, precise temperature can be crucial for cell growth, tissue culture, or manipulation of heat-sensitive proteins. Similarly, in pharmacology, precise temperature control may be necessary for drug stability studies or specific chemical reactions.

Additionally, this ability to adjust temperature also helps create ideal conditions for preserving the integrity and viability of samples and reagents. For example, by storing biological samples at a specific temperature, it is possible to slow down degradation processes and extend their shelf life. Likewise, by controlling the temperature during delicate chemical reactions, it is possible to prevent unwanted deviations and ensure the accuracy of results.

The natural convection heating system integrated into the IN30 Incubator offers several significant advantages for laboratory users. Firstly, it ensures gentle and uniform heating of samples, which is essential to preserve their integrity and reduce the risk of loss. Unlike other, more aggressive heating methods, natural convection allows for even heat distribution throughout the incubator chamber, avoiding temperature gradients that could compromise sample quality.

Additionally, this system also minimizes the risk of overheating, which is particularly important for heat-sensitive samples or delicate chemical reactions. By maintaining a constant and controlled temperature, the IN30 Incubator ensures stable conditions throughout the experiment, which contributes to reliable and reproducible results.

Digital PID regulation is another key element of the IN30 Incubator. With this advanced technology, the incubator can maintain a precise temperature with a display resolution of 0.1°C. This allows users to make careful adjustments based on the specific needs of each experiment, ensuring optimal thermal control.

This control precision is essential for a wide range of laboratory applications. For example, in biomedical research, where even small variations in temperature can have a significant impact on results, the ability to maintain a stable temperature is crucial. Similarly, in chemistry, where reactions can be highly sensitive to temperature conditions, precise control is essential to ensure the success of the experiment.

Another key feature of the IN30 Incubator is its programmable digital timer, offering maximum flexibility in planning and managing heating cycles. With a programmable duration of up to 99 days, users can set up complex and automated protocols, thereby enhancing the efficiency of their laboratory work.

In terms of safety, the IN30 Incubator is equipped with an adjustable thermal safety device, providing additional protection against accidental overheating. Additionally, its self-diagnostic system automatically detects potential anomalies, ensuring safe and reliable operation at all times.

User-friendliness is also a priority with the IN30 Incubator. Its intuitive interface allows for easy navigation through the various functions and settings, making it user-friendly for individuals of all experience levels. Moreover, the ability to choose from multiple languages, including German, English, French, Spanish, Polish, Czech, and Hungarian, ensures maximum adaptability to the needs of international users.

On a practical level, the IN30 Incubator is designed to offer ease of maintenance and maximum durability. Its structured stainless steel outer casing ensures increased resistance to the most rigorous laboratory conditions, while its easy-to-clean interior simplifies regular maintenance operations.

The IN30 Incubator is an essential investment for any laboratory looking to enhance its performance and ensure the safety of its operations.

With its advanced features, unparalleled reliability, and user-friendly design, it meets the strictest requirements of research and healthcare professionals.

Order yours today and experience the difference it can make in your laboratory.

• Approximate net weight: 48 kg
• Approximate gross weight under carton: 64 kg
• Volume: 32 liters
• Interior dimensions (L x H x D): 400 x 320 x 250 mm
• Exterior dimensions (L x H x D): 585 x 704 x 434 mm (434 mm + 56 mm excluding handle)
• Maximum number of shelves: 3
• Maximum load of the device: 60 kg
• Maximum load per shelf: 20 kg
• Materials: stainless steel for the inner and outer casing, glass for the inner door
• Power supply: 230 V, 50/60 Hz (1600 W) or 115 V, 50/60 Hz (800 W)
• Environmental conditions:

Maximum installation altitude: 2000 m above mean sea level

Maximum relative humidity: 80% (non-condensing)

Surge protection class: II

Pollution degree: 2

• Country of origin: Germany
• WEEE registration number: DE 66812464
• Packaging dimensions (L x H x D): 660 x 890 x 650 mm

Caution: For more information, please refer to the PDF file.