Description

The Shaking Incubator YG1630 is a versatile and high-performance laboratory instrument essential for biological research, including microbiology, virology, genetic studies, and biochemical applications. This incubator offers precise temperature control ranging from 5-65°C with an accuracy of ±0.5°C, ensuring optimal environmental conditions for various scientific procedures. With its horizontal shaking mechanism and adjustable frequency range of 30-300 rpm, it guarantees uniform sample agitation for enhanced growth conditions. Ideal for use in universities, research institutions, chemical industries, and health laboratories, the YG1630 is designed to facilitate and improve laboratory workflows.

Market Price

The Shaking Incubator YG1630 is competitively priced in the market, ranging from $3,193 to $3,250 USD. This range varies depending on custom configurations, suppliers, and included accessories.

Frequently Asked Questions

• What is the maximum shaking frequency? The shaking frequency can be adjusted between 30-300 rpm, which provides precise control for different experimental requirements.
• Does the incubator have an overtemperature protection system? Yes, it includes an audible and visual overtemperature alarm to ensure safe operation.
• What happens in case of a power outage? The power-off recovery function allows the incubator to automatically resume operation according to the last programmed settings.

Advantages and Disadvantages

Advantages:

• Wide temperature range (5-65°C) with high accuracy (±0.5°C).
• Energy-efficient and low-noise operation.
• Power failure recovery function for uninterrupted experiments.
• Overtemperature alarm for safety assurance.

Disadvantages:

• Higher price compared to standard incubators.
• Horizontal shaking may not be suitable for all experimental setups.

Field Applications

The Shaking Incubator YG1630 is widely utilized in scientific research and industrial laboratories. It supports microbial culture and fermentation processes, protein and enzyme reaction studies, biochemical and pharmaceutical research, genetic engineering, DNA amplification, environmental testing, and plant cell culture. Its advanced features, precise control, and high efficiency make it a top choice for laboratories that demand reliability and consistent performance.

Recommendations

• Place the incubator in a well-ventilated environment to maintain optimal temperature performance.
• Use the programmable memory function to simplify repetitive experiment settings.
• Regularly clean the stainless steel interior to prevent contamination and extend the unit’s lifespan.
• Monitor temperature and shaking speed settings to maintain sample integrity and reproducibility.

Features