In the fast-paced world of scientific research, choosing the right equipment can greatly enhance the efficiency and accuracy of your experiments. Two remarkable products stand out in the market: the Kalstein Orbital Shaker YR05766 // YR05768 and the VWR Orbital Shaker 3500. Both are designed to deliver precision and reliability, but they cater to slightly different needs within laboratory environments.
The Kalstein Orbital Shaker YR05766 // YR05768 is revered for its state-of-the-art technology and flexibility. This model is particularly suited for laboratories requiring precise control over shaking speed and motion. With its adjustable speed range and digital display, researchers can tailor the shaking action to fit the specific requirements of their experiments. Meanwhile, the VWR Orbital Shaker 3500 focuses on robust construction and straightforward usability. Known for its durability, this shaker is ideal for enduring long hours of operation in environments where user interaction needs are minimal.
| Feature | Kalstein Orbital Shaker YR05766 // YR05768 | VWR Orbital Shaker 3500 |
|---|---|---|
| Speed Range | 50 to 500 RPM | 20 to 300 RPM |
| Load Capacity | Up to 7.5 Kg | Up to 8 Kg |
| Platform Size | 330 x 330 mm | 356 x 356 mm |
| Control Type | Digital | Analog |
| Price Range | Competitive pricing available through Kalstein Plus | Varies by supplier |
How They Work
The Kalstein Orbital Shaker YR05766 // YR05768 operates through an orbital motion that allows for uniform mixing of samples. Its digital interface facilitates exact control over the rotational speed and time, ensuring that the process can be precisely dictated by the experiment’s demands.
Conversely, the VWR Orbital Shaker 3500 relies on an analog system that offers a straightforward approach to shaking. While it lacks the precision of a digital interface, its simple controls make it easy for users who prefer minimal adjustments during shanking processes.
Purpose
The Kalstein Orbital Shaker serves as a crucial tool for bioengineering labs, facilitating tasks such as cell culture and solubility studies. Its versatility extends to a range of applications, including sample incubation and molecular biology procedures where consistent, reproducible results are paramount.
Types
These orbital shakers cater to diverse needs. The Kalstein YR05766 // YR05768 series offers variations that provide enhanced user controls and expanded functionalities, ideal for highly specialized laboratory tasks. On the other hand, the VWR 3500 is often favored for general laboratory requirements where reliability outweighs precision features.
Market Pricing
In terms of market pricing, the Kalstein Orbital Shaker YR05766 // YR05768 provides excellent value with features equivalent to top-tier models but at a competitive cost. Prices may range depending on specific configurations opted by the laboratory, yet remain accessible through competitive offers and promotions via Kalstein Plus.
Frequently Asked Questions
What is the power consumption of these shakers?
The Kalstein Orbital Shaker has a more efficient energy consumption due to its advanced motor technology, typically using less power compared to the VWR 3500, making it more economical in long-term usage.
Are these shakers suitable for temperature-sensitive experiments?
Yes, both models can be incorporated into temperature-controlled environments, but the Kalstein model offers a more versatile integration thanks to its digital controls.
Can the Kalstein shaker be used for regulatory-compliant research?
Indeed, the precise control and programmability of the Kalstein shaker make it suitable for regulated environments that demand strict adherence to procedural specs.’
Pros and Cons
Both shakers are well-constructed, offering great performance in their respective forte.
Kalstein Orbital Shaker YR05766 // YR05768:
- Pros: Advanced digital controls, wide speed range, lower power consumption, and excellent customization capabilities.
- Cons: Might seem complex for those unfamiliar with digital interfaces.
VWR Orbital Shaker 3500:
- Pros: Robust build, simple controls, moderate pricing.
- Cons: Limited speed control, less flexible functionality, and higher long-term operating costs.
Field Use
In real-world applications, the Kalstein Orbital Shaker shines in scenarios where experiment repeatability and precision are crucial. It is particularly effective in settings that demand high throughput and diverse experimental needs, providing an edge in comprehensive project arrays through its adaptable configurations.
Recommendations
To maximize your shaker’s potential, consider integrating it with compatible software solutions that allow remote monitoring and data logging, particularly useful in navigating large experimental setups across extensive timelines. Regular maintenance, such as timely lubricating of mechanisms and calibration checks, ensures the equipment remains in optimal operational condition.
Take the next step in optimizing your laboratory research with the precision and reliability offered by Kalstein shakers. We invite you to generate an automatic quote and discover more about this essential laboratory equipment via Kalstein Plus.
If you are looking for a fusion of innovation and quality, you have arrived at the right place. At Kalstein, we offer you the luxury of exploring our exclusive catalog of laboratory equipment. We manufacture each piece of equipment with a level of excellence that stands out. Our intuitive and agile online purchase channels are designed for your convenience, ensuring the most user-friendly prices. Do not hesitate any longer; we bring science to life and invite you to be part of our community. https://kalstein.eu/product/orbital-shaker-yr05766-yr05768/.