Innovative Laboratory Shakers: Features and Insights

Product Description

The Decoloration Shaker lineup, featuring models from YR05794 to YR05801, offers precision and versatility to meet the demands of modern laboratories. Each model is engineered with a specific shaking mode designed to enhance efficiency across diverse lab applications. Options include orbital/convolution, liner/reciprocation, rocking, and three-dimensional waving. Such variety allows researchers to select the ideal shaker to suit their experimental needs.

These shakers incorporate advanced microcomputer PID control systems, ensuring accuracy and consistency in performance. The LED digital display provides clear visibility of operational parameters, streamlining the monitoring process. With an amplitude ranging from Ø30 for the orbital model to manual degrees for three-dimensional models, the shakers accommodate a wide range of laboratory motions. Additionally, users can adjust the shaking frequency between 15-240 rpm for the orbital models and 15-90 rpm for the rocking and three-dimensional models, facilitating precise control over experiment conditions.

The Decoloration Shakers are equipped with a high sensitivity rating of ±2 rpm, providing reliable performance throughout extended operation periods, set up by a programmable timer ranging from 0 to 99 hours and 59 minutes. Their ample tray dimensions and singular tray design accommodate various lab containers, making them adaptable for different types of experiments. All models run on 30W power and require a power supply of AC 90-260V, 50-60Hz, while working effectively within ambient temperatures of -10 °C to 65 °C.

Market Price

The Decoloration Shaker series is a well-rounded investment for laboratories aiming to enhance their experimental processes. On the market, these shakers are generally priced between $600 and $1100 USD, depending on the specific model and supplier options. This pricing reflects the technological advancement and reliability it provides—all pivotal for scientific accuracy and longevity.

Frequently Asked Questions

What are the main benefits of using a decoloration shaker?

Decoloration shakers improve the consistency of tests and experiments by providing reliable, repeatable motion suitable for various samples and test conditions, resulting in more accurate results.

Is the decoloration shaker difficult to maintain?

No, the decoloration shaker is designed for ease of maintenance, with user-friendly controls and durable construction ensuring longevity without frequent repair needs.

Can the shaking frequency be adjusted?

Yes, users can easily adjust the frequency between 15-240 rpm for orbital models and 15-90 rpm for rocking and three-dimensional models to suit specific experimental requirements.

Advantages and Disadvantages

Advantages include the precision offered by microcomputer PID controls and the adaptability provided by the range of models available. Each unit is compact and efficient, making them suitable for laboratories with space constraints. The flexibility in operation modes further ensures that diverse experimental needs are met.

Disadvantages may include the initial cost of investment, as they are more expensive compared to simpler shaker models. Users must also have a basic understanding of the settings to utilize the equipment effectively.

Usage in the Field

In practical scenarios, Decoloration Shakers are essential in laboratories for tasks involving the mixing, agitating, or homogenizing of samples. They are frequently employed in fields such as biochemistry, microbiology, and pharmaceuticals, where precise sample processing is crucial. Their diverse operating modes allow them to be used for DNA extraction, cell culture, and solubility studies, enhancing the quality and reliability of experimental results.

Their robust design caters to intensive daily use, making them a staple in environments requiring consistent operation and high throughput. Lab technicians appreciate the straightforward interface that allows quick set-up adjustments, optimizing workflow efficiency.

Recommendations

For optimal use, it is recommended to regularly check the shaker’s calibration, ensuring it operates within the specified parameters for accuracy. When not in use, keeping the equipment clean and covered can help prevent dust accumulation, extending its lifespan. It is advisable to follow the manufacturer’s maintenance schedule, which includes routine inspections, lubricating moving parts, and verifying electronic connections.

Consider utilizing the automatic quotation feature on the Kalstein Plus platform to efficiently evaluate the best pricing and model options suited to your laboratory’s needs. By staying informed about the latest innovations and utilizing the equipment to its fullest potential, laboratories can significantly improve their research capabilities.

If you’re looking for a fusion of innovation and quality, you’ve come to the right place. At Kalstein we offer you the luxury of exploring our exclusive catalog of laboratory equipment. We manufacture each piece with a level of excellence. Our intuitive and agile online shopping channels are designed for your convenience, ensuring the most user-friendly prices. Don’t hesitate any longer, we bring science to life, it’s time to become part of our community. https://kalstein.net/en/product/decoloration-shaker-yr05794-yr05801/.