Description

The Shaking Incubator YG1608 // YG1608-1 is a state-of-the-art laboratory incubator essential for diverse scientific fields such as biotechnology, microbiology, genetics, and virology. Designed to deliver precise temperature control and customizable shaking speeds, this incubator ensures optimal conditions for developing cell cultures, aerobic fermentations, and other intricate biological experiments. Equipped with a brushless motor, it offers consistent performance, reduced maintenance, and a sophisticated LCD screen for easy monitoring and adjustment.

Market Price

The Shaking Incubator YG1608 // YG1608-1 is competitively priced within the market, ranging from $5,052 to $5,679 USD, depending on the model and additional configurations. This incubator is distinguished by its high performance and durability, making it a valuable investment compared to basic incubator models.

Frequently Asked Questions

• What is the maximum flask capacity for the YG1608-1 model?
  : The YG1608-1 can accommodate up to 18 flasks of 1000 ml and 43 flasks of 250 ml, making it ideal for extensive experiments.
• Can temperature and shaking speed be controlled simultaneously?
  : Yes, both parameters can be adjusted and monitored concurrently via the incubator’s intuitive LCD screen.
• What are the advantages of the brushless motor?
  : The brushless motor minimizes maintenance, extends the device’s life, and ensures consistent and reliable performance without electromagnetic interference.

Advantages and Disadvantages

Advantages:

• Delivers precise control of temperature and shaking, ensuring consistent results.
• Equipped with a reliable brushless motor that requires minimal maintenance.
• Versatile design, compatible with various flask and test tube configurations.
• Easy-to-read LCD display for real-time monitoring capabilities.

Disadvantages:

• Larger models require significant space allocation.
• Higher upfront cost relative to basic incubator models.

Field Applications

The Shaking Incubator YG1608 // YG1608-1 is extensively utilized in biotechnology labs, microbiological research, and pharmaceutical production. It excels in applications like culturing cells and microorganisms under meticulously controlled conditions, supporting aerobic fermentations essential for biotechnological advancements, facilitating genetic testing, and conducting comprehensive virology studies. Its precise control of temperature and shaking provides the indispensable stability required for critical research and production processes.

Recommendations

• Ensure even distribution of flasks on the platform to maintain balanced operation.
• Avoid overloading to ensure uniform shaking and optimal performance.
• Regularly calibrate temperature sensors to guarantee measurement accuracy.
• Perform preventative maintenance on ventilation systems and motors to extend the lifespan.
• Regularly monitor temperature and speed parameters to prevent any fluctuations that could impact culture growth.

Technical Specifications