Description

The Shaking Incubator YG1627 is a cutting-edge laboratory instrument designed for various applications in educational institutions, chemical industries, health research facilities, and epidemic prevention labs. It is crucial for biological, microbiological, biochemical, and genetic research, providing a dependable temperature-controlled environment with adjustable shaking speeds to ensure optimal conditions for your experiments.

Market Price

The Shaking Incubator YG1627 is competitively priced in the market, with prices ranging from $2,258 to $2,400 USD depending on supplier, accessories, and custom configurations. This range ensures that you can find an option that fits your lab’s budget while delivering exceptional performance.

Frequently Asked Questions

• What is the shaking frequency range?

  • The incubator operates at 30-300 rpm, allowing adjustments to meet your experimental needs.

• Does the incubator have an alarm system?

  • Yes, it features audible and visual overtemperature alarms to ensure safe operation.

• What happens if there is a power outage?

  • The power-off recovery function automatically resumes operation based on the last programmed settings.

Advantages and Disadvantages

Advantages:

• Adjustable temperature range (RT+5°C to 65°C)
• Precise accuracy (±0.5°C) and fluctuation (±1%)
• Low noise and energy-efficient operation
• Overtemperature protection and alarm system
• Automatic memory and power recovery function

Disadvantages:

• High initial cost may not be suitable for small labs
• Horizontal shaking motion may not be optimal for all applications

Field Applications

The Shaking Incubator YG1627 is widely used in scientific research fields, including microbiology, enzyme reactions, pharmaceutical and chemical analysis, as well as environmental and genetic research. Its precision control and uniform shaking motion make it an indispensable tool for academic and industrial laboratories.

Recommendations

• Ensure proper ventilation to maintain stable temperature performance.
• Utilize the memory function for commonly used settings.
• Regularly clean the interior to prevent contamination and extend unit lifespan.
• Monitor shaking speeds and temperatures to maintain sample integrity.

Technical Specifications