When it comes to laboratory shakers, precision and efficiency are non-negotiable. Among the top contenders in the market today, the Oscillateur Shaker YR06053 by Kalstein and the 3D Gyratory Shaker by Stuart stand out. Both products offer advanced technology and reliability, but there are subtle differences that can be the deciding factor for labs looking to invest in a quality shaker.
The Oscillateur Shaker YR06053 by Kalstein is a dynamic piece of laboratory equipment designed for a variety of shaking tasks. It is built with a user-friendly digital interface, offering a shaking speed range of 10 to 120 rpm and a tilting angle of 9 degrees. Notable features include an LCD display for real-time parameters and a highly intuitive control system. It’s engineered to provide stable and consistent motion, which is critical for reproducible results in lab experiments. The YR06053 model particularly excels in delivering a smooth 3D orbital motion, making it ideal for mixing in tubes, flasks, and other lab containers. The price for this model is competitive, reflecting the high-end technology and robust construction it offers.
In comparison, the 3D Gyratory Shaker by Stuart is known for its reliability in mixing tasks. It, too, features a 3D gyratory motion which is beneficial for gentle mixing. This shaker operates at speeds of 5 to 60 rpm and also includes a digital display. Designed for continuous operation, the Stuart model is optimized for applications needing prolonged mixing over hours or days. While this shaker performs admirably, it is worth noting that the lower range of operational speeds may limit its application in labs requiring more vigorous shaking.
| Feature | Oscillateur Shaker YR06053 | 3D Gyratory Shaker |
|---|---|---|
| Shaking Speed Range | 10 – 120 rpm | 5 – 60 rpm |
| Tilting Angle | 9 degrees | Varies |
| Display | LCD | Digital |
| Motion Type | 3D orbital | 3D gyratory |
How They Work
The Oscillateur Shaker YR06053 operates on a 3D orbital motion, which is achieved through its meticulously designed motor system. It ensures even and smooth shaking, vital for sample integrity and uniform mixing. The control interface allows for precise adjustments, and the shaker can support diverse vessel types due to its manageable shaker platform.
Meanwhile, the 3D Gyratory Shaker by Stuart functions using a low-speed gyratory motion. This makes it excellent for gentle sample mixing. The simplistic interface offers ease of operation, but it does not provide as wide a range of speed variability as its Kalstein counterpart, potentially limiting its flexibility in various applications.
What They Are Used For
Both shakers are integral to labs that require mixing biological samples, cell culture, and other materials where gentle but consistent stirring is crucial. The Oscillateur Shaker YR06053’s greater speed range makes it suitable for more vigorous applications, which are not feasible with the Stuart model’s lower speed capacities.
Types
The market offers a variety of shakers, each tailored to specific laboratory needs. Orbital shakers, like the YR06053, are often preferred for their flexibility in speed and motion, supporting a broader range of lab procedures. Gyratory shakers, such as Stuart’s model, excel in specific applications where gentle, prolonged shaking is desired, such as in stacking delicate biological samples.
Market Price
Prices for laboratory shakers can vary significantly based on features and brand. The Oscillateur Shaker YR06053 is competitively priced given its advanced features, typically ranging around $1,200 – $1,500. In contrast, the Stuart 3D Gyratory Shaker is often found slightly less expensive due to its simpler design and operational range, generally priced between $800 – $1,000.
Frequently Asked Questions
What applications are suitable for these shakers?
The Oscillateur Shaker YR06053 is ideal for a wide range of mixing applications due to its high speed and adjustable settings. The Stuart 3D Gyratory Shaker is best for gentle, continuous mixing.
Can they be used for cell culture?
Yes, both can be used for cell culture, but the Oscillateur Shaker YR06053 offers more control and versatility, especially important for sensitive and diverse samples.
Advantages and Disadvantages
The Oscillateur Shaker YR06053 boasts a wider speed range and a more versatile platform, making it advantageous for comprehensive lab needs. Its advanced design provides consistency crucial for reproducibility, a key factor in lab experiments. Conversely, the Stuart model is less costly but offers limited speed variability, which could restrict some experimental setups.
Use in the Field
In practical scenarios, the Oscillateur Shaker YR06053 shines with its ability to cater to various laboratory practices, from routine sample mixing to more demanding applications. It’s lauded for its robustness and adaptability across numerous fields, including biochemistry and pharmaceuticals, where precise mixing is non-negotiable. The Stuart shaker serves well in scenarios demanding prolonged, gentle agitation, especially valuable in microbiology labs.
Recommendations
For maximizing the use of the Oscillateur Shaker YR06053, it is recommended to regularly calibrate the device and clean its components to prolong its lifespan and ensure accurate results. Utilize the adjustable settings to experiment with various shaking protocols to best fit your lab’s specific needs. Consider purchasing through the Kalstein Plus platform to leverage cost-effective pricing and hassle-free service.
If you’re seeking 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 of equipment with a level of excellence. Our intuitive and agile online purchasing channels are designed for your convenience, ensuring the most friendly prices. Don’t hesitate any longer, we bring science to life, it’s time to become part of our community. https://kalstein.eu/produit/oscillateur-3d-shaker-yr06053/?lang=en.