What Makes the Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model Stand Out?
The Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model represents a significant investment for any laboratory looking for reliable and precise mixing capabilities. IKA Works is a well-regarded name in laboratory equipment, and this orbital shaker, particularly the “Control Model,” promises advanced features and accurate control over experimental conditions.
After years of relying on simpler shakers, the need for precise, automated mixing, especially for long-duration experiments, became crucial. The promise of computer control, end-point positioning for automated sampling, and a wide speed range swayed me towards the Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model.
Unboxing the Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model was immediately reassuring; the build quality felt robust, and the unit had a substantial weight that implied stability. The digital display and controls looked intuitive, a far cry from the analog dials of older shakers I’ve worked with.
Compared to the Thermo Scientific MaxQ 2000 and the Eppendorf Innova 2100, the Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model stood out for its advanced control features and the promise of integration with lab automation systems. While the Thermo Scientific is known for its reliability and the Eppendorf for its compact design, neither offered the same level of digital precision or robotic integration.
Initially, I was excited by the potential of the Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model to streamline our research, though the price tag gave me pause. The initial impression was one of quality and advanced functionality, but the true test would be in its performance.
Real-World Testing: Putting Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model to the Test
First Use Experience
The Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model was initially tested in our microbiology lab, shaking bacterial cultures at various speeds to optimize growth rates. We also used it to mix enzyme reactions at specific temperatures, monitored via an external temperature probe within the shaking vessel.
The Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model performed admirably, maintaining consistent speeds even with unbalanced loads. Under conditions of high humidity and temperatures reaching 30°C, the Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model remained stable and reliable.
Using the Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model was fairly straightforward; the digital interface allowed for precise speed and timer settings, and the manual was clearly written. One initial challenge was mastering the labworldsoft software, which took some time to learn, but ultimately proved invaluable for data logging.
The only minor issue after the initial use was the unexpected vibration noise at higher speeds when using certain flask clamp configurations. Adjusting the load distribution and securing the flasks more tightly resolved the issue.
Extended Use & Reliability
After several months of continuous operation, the Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model continues to perform reliably, with no significant degradation in performance. The shaker has been used daily for at least 8 hours a day, with varying speeds and loads.
The durable construction shows no signs of wear and tear; the platform surface and clamping mechanisms remain in excellent condition. Regular cleaning with a mild detergent and occasional lubrication of moving parts, as recommended by IKA Works, keeps the Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model in optimal working order.
Compared to our old shaker, the Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model provides far superior control over experimental parameters and data logging capabilities. The Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model has been a marked upgrade, improving the reproducibility and accuracy of our experiments.
Breaking Down the Features of Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model
Specifications
- Electrical: 230V, 50/60Hz, 45W – Standard voltage for many labs, ensuring compatibility. This specification dictates the power requirements, and the 45W consumption is relatively efficient.
- Speed Range: 0–800 rpm – Provides a wide range for various applications. This allows for gentle mixing of delicate samples or vigorous shaking for homogenization.
- Shipping Weight: 7.8 kg (17.2 lbs.) – Indicates a solid, stable build. This substantial weight helps minimize vibrations during operation.
- IKA Works No.: 2980100 – The unique identifier for the control model.
- Permissible Ambient Temperature Range: 5 to 40°C (41 to 104°F) – Suitable for most laboratory environments. This ensures consistent performance under typical lab conditions.
- Maximum Load: 2 kg (4.4 lbs.) – Adequate for most common flasks and containers. This limitation should be considered when planning experiments with large volumes.
- Dimensions: 27W x 31.6D x 9.8H cm – Compact size fits well on benchtops. These dimensions allow for easy integration into crowded lab spaces.
- Timer Range: 0 to 9 hours, 59 minutes – Allows for precise control over shaking duration. This is critical for experiments requiring timed mixing.
- Interface: RS-232 – Enables computer control and data logging with _labworldsoft software._ This allows for automated control and documentation of experiments.
- End Point Positioning: Integrated feature for automated robot-controlled sampling. Facilitates integration with robotic systems for high-throughput analysis.
Performance & Functionality
The Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model performs its job exceedingly well, providing accurate and consistent orbital shaking. The speed control is precise, and the timer function is reliable.
The strengths lie in its digital control, programmable features, and the ability to integrate with automated systems. The main weakness is the relatively low maximum load of 2 kg, which may limit its use for larger experiments.
The Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model exceeds expectations in terms of control and data logging capabilities, but the load limitation is a minor drawback.
Design & Ergonomics
The Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model features a robust, well-built design using high-quality materials. The unit is relatively heavy, which contributes to its stability and reduces vibrations.
The user interface is intuitive, and the digital display is clear and easy to read. The initial learning curve for the labworldsoft software is moderate, but the software itself is user-friendly.
Durability & Maintenance
The Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model is built to last and should provide years of reliable service with proper care.
Maintenance is straightforward, requiring only occasional cleaning and lubrication, as recommended by the IKA Works manual.
Accessories and Customization Options
The Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model comes with a universal platform with adjustable clamping rolls. Additional accessories, such as flask clamp platforms, dish platforms, and test tube racks, are available separately.
The Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model is compatible with standard laboratory flasks, dishes, and tubes. Aftermarket accessories from other brands, such as specialized clamps or non-slip mats, can be used if they fit within the platform dimensions and weight limit.
Pros and Cons of Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model
Pros
- Precise Digital Control: Offers accurate speed and timer settings for reproducible results.
- RS-232 Interface: Enables computer control and data logging via labworldsoft software, streamlining experiments.
- End Point Positioning: Facilitates automated sampling using robotic systems.
- Durable Construction: Built with high-quality materials for long-lasting performance.
- Wide Speed Range: Accommodates a variety of applications, from gentle mixing to vigorous shaking.
Cons
- Relatively Low Maximum Load: Limits the use of very large or heavy containers.
- High Price: The initial investment is significant.
Who Should Buy Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model?
The Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model is perfect for research laboratories, pharmaceutical companies, and biotech firms requiring precise and automated mixing capabilities. It is particularly beneficial for those conducting long-term experiments, integrating robotic systems, or needing detailed data logging.
Researchers on a tight budget or those only requiring basic shaking functionality should skip this product. Simpler, less expensive shakers may suffice for basic mixing tasks.
A must-have accessory is the labworldsoft software, which unlocks the full potential of the shaker’s control and data logging capabilities. Consider purchasing specialized flask clamps or platforms depending on the specific application.
Conclusion on Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model
The Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model is a high-quality, advanced orbital shaker that delivers exceptional performance and control. While the price is considerable, the features and benefits justify the investment for laboratories requiring precise and automated mixing.
The Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model offers reliable and reproducible results, allowing for enhanced experimental efficiency and data accuracy.
I would highly recommend the Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model to any laboratory seeking a top-of-the-line orbital shaker with advanced control features and automation capabilities. Invest in the Ika Works KS 130 Orbital Shakers, IKA Works 2980100 Control Model today to elevate your research.