Description

The 3D Oscillator Shaker YR06053 is designed to offer precise and adjustable oscillation speeds, ranging from a gentle 10 rpm to a brisk 80 rpm, making it suitable for various lab applications. This compact unit features a digital LCD display and a built-in timer that runs from 1 minute to 8 hours, ensuring you have full control over your shaking experiments. Built with a DC brushless motor, it guarantees a long life of maintenance-free operation, running both silently and stably and is ideal for environments such as incubators, ovens, or refrigerators.

Market Price

The market price for oscillating shakers like the 3D Oscillator Shaker YR06053 typically ranges between $500 and $800. This price range reflects the quality and precision engineering required for dependable lab equipment. For specific pricing and to access special promotions, request a quote directly through our platform.

Frequently Asked Questions

What is the maximum load capacity? The maximum load capacity is 0.8 kg, perfect for small to medium lab samples.

Is the device easy to maintain? Yes, the brushless motor design ensures a lifetime of low-maintenance operation.

Can this shaker be used inside incubators? Absolutely! Its compact design allows it to fit comfortably inside most standard lab incubators.

Advantages and Disadvantages

Advantages: The unit is highly versatile with variable speed control and a compact design. The DC brushless motor ensures silent and stable operation, reducing disruptions in a lab setting.

Disadvantages: With a maximum load of 0.8 kg, it may not be suitable for larger-scale projects requiring greater capacity.

Product Use in the Field

The 3D Oscillator Shaker YR06053 is commonly used in laboratories that require gentle mixing of sensitive samples, such as cell cultures or DNA samples. It achieves consistent and reliable results thanks to its adjustable speed and timing features, making it an indispensable tool for researchers looking to optimize their experimental conditions.

Recommendations

For optimal results, ensure the shaker is placed on a stable, level surface to prevent vibration-related errors in your experiments. Regularly check for any loose connections or debris buildup within the unit to maintain its performance. Periodically reviewing the timer and speed settings will also ensure that the shaker meets your specific experimental needs.

Features

• Speed adjustable: 10-80 rpm
• Digital LCD display with timing: 1min-8h
• Compact and fits in various lab equipment
• DC brushless motor: quiet, safe, and durable

Technical Specifications