Product Description
The Orbital Shakers YR05766, YR05767, and YR05768 embody cutting-edge technology blended with superior functionality, making them essential tools for laboratory environments. Each model boasts distinct shaking modes tailored to varied experimental needs. The YR05766, for instance, offers an orbital and convolution mode, ideal for tasks requiring uniform mixing. Meanwhile, the YR05767 functions with a rocking movement, and the YR05768 provides a waving/three-dimensional motion to accommodate different laboratory processes effectively.
All models come equipped with a microcomputer PID control system, ensuring precise regulation of operations. The LED digital display further aids in easy monitoring and setup of shaking parameters. The specifications boast varying amplitude ranges, with YR05766 at Ø30, YR05767 at 25mm, and a manual adjustable range of 3-15° for the YR05768. Furthermore, the frequency modulation allows for a range from 15-240 rpm/min for the YR05766 and 15-90 rpm/min for the other models, offering versatility to suit different scientific applications.
| Model | YR05766 | YR05767 | YR05768 |
| Shaking Mode | orbital/convolution | rocking | waving/three dimensional |
| Control | Microcomputer PID control | ||
| Display | LED digital display | ||
| Amplitude | Ø30 | 25mm | 3-15°(manual) |
| Frequency (rpm/min) | 15-240 | 15-90 | |
| Sensitivity (rpm) | ±2 | ||
| Timer | 0-99hours59minutes | ||
| Tray Size (mm) | 320×265 | ||
| Tray Number | 1 | ||
| Overall Size (mm) | 330x480x160 | 330x480x220 | 330x480x180 |
| Power | 30W | ||
| Power Supply | AC 90-260V, 50-60HZ | ||
| Ambient Temperature | -10 °C-65 °C | ||
Market Price
Understanding the price range of laboratory equipment like Orbital Shakers is crucial for budget planning. On the market, these shakers can be found priced roughly between 500 USD to 800 USD depending on the model and supplier. This range gives laboratories flexibility in choosing a model that suits both their budget and functional requirements. Exploring different suppliers and negotiating can sometimes yield better pricing, but remember, quality should not be compromised for cost savings.
Frequently Asked Questions
What applications are these orbital shakers best suited for?
These orbital shakers are ideal for laboratory experiments requiring sample mixing such as in microbiology, molecular biology, and biochemistry. Their precise shaking allows for consistency in sample handling.
How does the microcomputer PID control enhance functionality?
The microcomputer PID control enables highly accurate control over operational conditions, ensuring consistent results that are crucial in an experimental setting.
Can the amplitude settings be adjusted manually?
Yes, the amplitude for model YR05768 can be adjusted manually from 3-15°, providing greater flexibility in experimental setups.
Advantages and Disadvantages
The YR series of orbital shakers comes with notable advantages that serve laboratory operations well. One of the primary benefits is the diversity in shaking modes offered, facilitating a wide range of experimental needs. The microcomputer PID control represents another significant advantage, as it provides precise control, enhancing the reliability of results.
However, potential drawbacks include the reliance on electrical power, which might limit operation during power failures. Additionally, not all models offer high-frequency ranges, potentially restricting certain high-intensity applications.
Field Use of the Product
Orbital shakers like the YR05766, YR05767, and YR05768 are widely used in research and academic laboratories due to their versatility and ease of use. In practical terms, these shakers are employed to ensure homogeneous mixing of microbial cultures, blending chemical solutions, and preparing samples for analysis.
In clinical settings, orbital shakers contribute to consistent sample agitation required for experimental results, notably in enzymatic assays. The precision and reliability of these shakers support productivity and efficiency in everyday lab operations.
Recommendations
To gain the best performance from your orbital shakers, ensure regular maintenance checks to prevent wear-related issues. Regularly calibrate the instruments following the manual instructions for the models you have. It’s also recommended to secure the equipment on a stable surface to prevent operational errors during use.
Enhancing the stability and lifespan can be achieved by following the manufacturer’s guidelines for use and handling. Optimizing shaking parameters according to the specific requirements of your experiments not only improves efficacy but also preserves equipment integrity.
If you are seeking a fusion of innovation and quality, you have 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 purchase channels are designed for your convenience, ensuring the most friendly prices. Do not hesitate anymore, we bring science to life, join our community. https://kalstein.net/en/product/orbital-shaker-yr05766-yr05768/.
