In the dynamic world of laboratory equipment, choosing the right orbital shaker can greatly influence the efficiency and accuracy of your experiments. Two prominent contenders in this domain are the Orbital Shaker YG0727 by Yul Gary and the Thermo Scientific MaxQ 2000 by Thermo Fisher Scientific. Both products serve a crucial role in scientific research, providing reliable mixing and agitation for biological samples, yet they differ in various key aspects.
The Orbital Shaker YG0727 stands out with its robust design and innovative features. Engineered by Yul Gary, this shaker exudes durability with its stainless steel construction designed to withstand prolonged usage. It boasts an intuitive digital control system, allowing researchers to precisely set speed, time, and temperature. Moreover, its compact design makes it suitable for laboratories with space constraints. According to the manufacturer’s website, this shaker is available at a competitive market price, offering excellent value for its features. On the other hand, the MaxQ 2000 is known for its versatility in accommodating various flask sizes and supports a wide range of applications.
Comparison Table
| Feature | Orbital Shaker YG0727 (Yul Gary) | Thermo Scientific MaxQ 2000 (Thermo Fisher Scientific) |
|---|---|---|
| Construction Material | Stainless Steel | Aluminum |
| Control System | Digital | Analog/Digital |
| Compact Design | Yes | No |
| Temperature Control | Yes | Limited |
| Ease of Use | High | Medium |
How They Work
The Orbital Shaker YG0727 operates by utilizing an orbital motion mechanism that evenly agitates samples within containers. It is equipped with a reliable motor that ensures consistent performance, even during extended operational periods. The digital controls allow for accurate adjustments to speed, ensuring that researchers can fine-tune the agitation process to their specific needs.
The Thermo Scientific MaxQ 2000 functions similarly through orbital shaking technology but distinguishes itself with a flexible platform to accommodate various container types. Its straightforward controls facilitate basic operations but offer less precision compared to the YG0727.
Purpose
Both orbital shakers are designed for use in research laboratories for mixing, aeration, and testing biological samples. These machines enable scientists to maintain a controlled environment essential for the growth and development of cell cultures. The precise shaking capability of the YG0727 provides researchers with enhanced control, particularly useful in experiments requiring exact parameters.
The MaxQ 2000 is suited for general laboratory applications, particularly where versatility in equipment handling is required. It provides a broader application scope but lacks some of the precision offered by Yul Gary’s model.
Types
The Orbital Shaker YG0727 belongs to the family of digital orbital shakers, known for their high precision and user-friendly interfaces. This type is ideal for applications needing precise control over conditions.
Conversely, the MaxQ 2000 is part of the classic orbital shakers, combining basic analog functions with digital enhancements, suitable for general-purpose laboratory tasks.
Market Price
The Orbital Shaker YG0727 is priced competitively, typically ranging from $1,200 to $1,500 depending on the retailer and any additional features included. This pricing positions it as an affordable option for researchers seeking quality equipment with advanced features.
The MaxQ 2000 generally falls within a similar price range but may vary based on specific configuration and features selected. Laboratory buyers often consider the total cost of ownership, factoring in durability and operational efficiency.
Frequently Asked Questions
What is an orbital shaker used for?
Orbital shakers are used in laboratories to mix, agitate, or blend samples in flasks, bottles, or test tubes, important for cell culture and monitoring biological reactions.
Can the Orbital Shaker YG0727 handle large sample volumes?
Yes, the YG0727 is designed to accommodate a wide range of sample volumes, thanks to its robust build and powerful agitation capabilities.
Are both orbital shakers energy efficient?
While both offer efficiency, the Orbital Shaker YG0727 features cutting-edge motor technology that maximizes energy efficiency during operation.
Advantages and Disadvantages
The Orbital Shaker YG0727 offers numerous advantages such as superior precision, a user-friendly digital interface, compact design, and excellent build quality. A potential downside is its initial setup complexity, which is mitigated by comprehensive guidance from Yul Gary.
On the other hand, the MaxQ 2000 provides basic controls and flexibility for various applications. However, it lacks the precision and long-term durability provided by stainless steel construction as seen in the YG0727, which might limit its lifespan in high-demand settings.
Field Usage
In practical scenarios, the Orbital Shaker YG0727 is frequently used in microbiology labs for studying bacterial cultures due to its precise settings and reliable performance. Its stability and consistent operations make it a preferred option for long-term experiments.
The MaxQ 2000 is favored in educational settings and broad application labs where various experiments are conducted with less emphasis on precision shaking.
Recommendations
For optimal operation and longevity, it is recommended to regularly maintain the Orbital Shaker YG0727, ensuring it is located in a stable environment and cleaned after use. Calibration and software updates should also be conducted periodically to maintain accuracy and performance.
Similarly, users of the MaxQ 2000 should perform regular maintenance checks to keep the equipment running smoothly. While it requires less technical oversight compared to the YG0727, proper handling and care would prolong its functionality.
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