Description

The YG1573 Cellulose Acetate Membrane Horizontal Electrophoresis unit is designed with cutting-edge technology to meet the most demanding electrophoresis requirements. This advanced electrophoresis system includes a cooling device that ensures the process runs under a constant temperature, maintaining the integrity and accuracy of your experiments. This feature is crucial for experiments requiring precise environmental control, preventing any thermal variation that could disrupt the results. Additionally, the unit allows for easy adjustments to the position of the adjusting rod, enabling the flexibility to meet different electrophoretic distances based on the medium length.

With unfolded electrodes, the YG1573 offers quick and easy repair and part replacement, ensuring smooth operation and minimal downtime. The system also features an auto-switch-off function when the lid is removed, ensuring safety during operation. This practical and user-friendly design, combined with a high-performance cooling system, makes it an ideal solution for a wide range of electrophoresis experiments.

Price of the Product

The YG1573 Cellulose Acetate Membrane Horizontal Electrophoresis unit is priced competitively within the market for high-performance laboratory equipment. The cost typically ranges between $ 390 and $ 420 depending on the supplier and additional features or warranties included with the purchase. This price is a strong investment considering the high quality and reliability it brings to any lab setting.

Frequently Asked Questions (FAQs)

• What is the cooling device used for in the YG1573 electrophoresis unit?
  The cooling device is used to maintain a stable temperature during the electrophoresis process, preventing any heat buildup that could affect the results and ensuring consistent, accurate outcomes for the entire experiment.
• How do I adjust the electrophoretic distance?
  The adjusting rod can be positioned according to the medium’s length, allowing flexibility to accommodate different electrophoretic distances.
• Is the YG1573 easy to maintain?
  Yes, the unfolded electrodes make maintenance simple, and parts replacement is quick and hassle-free, ensuring minimal disruption to your workflow.

Advantages and Disadvantages

Advantages:

• Constant Temperature Control: The cooling device ensures optimal conditions during electrophoresis, leading to more reliable and reproducible results.
• Adjustable Rod for Flexibility: Adaptable to different sample sizes and electrophoretic distances, which adds versatility to your experiments.
• Easy Maintenance: The design facilitates quick repairs and part replacements, reducing downtime.
• Safety Features: The auto-switch-off function adds an extra layer of safety, preventing accidents during operation.

Disadvantages:

• Size and Weight: With a buffer volume of approximately 1,000ml and a net weight of 1.6kg, the YG1573 may be bulkier compared to more compact units, potentially limiting mobility in smaller lab spaces.
• Price: While it offers excellent features, the price range may not be accessible for all budgets, especially for smaller labs or research teams with limited funding.

Usage in the Field

In laboratory settings, the YG1573 Cellulose Acetate Membrane Horizontal Electrophoresis unit excels at handling complex experiments requiring precise gel electrophoresis. It is particularly beneficial for DNA and RNA agarose gel electrophoresis, where accurate and stable temperature control is essential. This model can be used in genetics research, molecular biology studies, and any application that demands high throughput and reliable electrophoretic separation of biomolecules.

Recommendations for Use and Maintenance

To ensure long-term performance and accurate results, it’s essential to regularly clean the unit and maintain the cooling device. After each experiment, remove any residual gel and buffer, and check the system for any damage or wear. It’s also advisable to replace the parts, such as electrodes, periodically, to maintain peak efficiency. Proper calibration should be performed to ensure accurate readings and avoid any potential interference with ongoing experiments.

Technical Specification