Ika Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model Review

Let’s Dive into Ika Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model

The Ika Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model is a laboratory workhorse designed for consistent and reliable mixing. Manufactured by IKA Works, this shaker boasts electronically adjustable speed and timer functions, along with a wide range of attachment options to accommodate various vessel sizes. Its integrated end-point positioning and RS-232 interface for labworldsoft* software make it a compelling choice for automated laboratory environments.

My need for this shaker arose during a project involving high-throughput screening of enzyme activity, where consistent and hands-free mixing was crucial. My initial unboxing experience revealed a robustly built piece of equipment. The materials felt durable, and the overall construction suggested a focus on longevity.

Before settling on the IKA Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model, I considered the Thermo Scientific MaxQ 2000 and the Eppendorf Innova 2100. I chose the IKA Works model due to its integrated end-point positioning and software interface, promising greater automation and data logging capabilities compared to its competitors. I was immediately excited by the potential for increased efficiency and reduced manual intervention in my experiments.


Real-World Testing: Putting Ika Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model to the Test

First Use Experience

I first tested the IKA Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model in our molecular biology lab, focusing on bacterial cultures and enzyme assays. The shaker performed flawlessly, maintaining consistent speeds even with unevenly distributed loads. I was pleased with the ease of setting the timer and speed using the digital display; the intuitive interface reduced setup time significantly.

The IKA Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model was used under normal lab conditions, with ambient temperatures around 22°C and standard humidity levels. One surprise was how quiet the shaker was, even at higher speeds; this was a welcome change from our older, noisier models.

Extended Use & Reliability

After several months of nearly daily use, the IKA Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model has proven its reliability. There are no noticeable signs of wear and tear; the motor runs smoothly, and the digital display remains clear and responsive. Maintaining the shaker is simple; a quick wipe-down with a damp cloth after use keeps it clean.

Compared to our previous shakers, this IKA Works model offers superior speed control, quieter operation, and greater versatility thanks to the various platform options. It has significantly improved the consistency and reproducibility of our experiments.

Breaking Down the Features of Ika Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model

Specifications

  • Electrical: 115V, 50/60Hz, 45W. This standard voltage compatibility allows for easy integration into most laboratory setups.
  • Speed Range: 0–800 rpm. This wide range accommodates a diverse range of applications, from gentle mixing to vigorous aeration.
  • Shipping Weight: 7.8 kg (17.2 lbs). This provides stability during operation.
  • IKA Works No.: 2980101. This uniquely identifies the specific control model.
  • Permissible Ambient Temperature Range: 5 to 40°C (41 to 104°F). This provides reliability and consistent performance.
  • Maximum Load: 2 kg (4.4 lbs.). This should be considered when planning experimental setups.
  • Dimensions: 27W x 31.6D x 9.8H cm. These compact dimensions save valuable bench space.

These specifications are critical because they dictate the shaker’s applicability to various experimental needs and laboratory environments. The wide speed range, temperature tolerance, and maximum load are particularly important for versatility.

Performance & Functionality

The IKA Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model excels in its primary function: providing consistent and controlled orbital shaking. Its accuracy in maintaining set speeds is impressive, ensuring consistent results across multiple runs. The integrated end-point positioning is a major strength, allowing for automated sample retrieval using robotic systems.

One minor weakness is the limited maximum load of 2 kg, which might restrict the use of heavier vessel configurations. Overall, its performance far exceeds expectations, given its precise control and automated capabilities.

Design & Ergonomics

The build quality is excellent, with durable materials and a sturdy construction that inspires confidence. The shaker’s weight provides stability during operation, even at high speeds. The digital display is clear and easy to read, and the control knobs are responsive and intuitive.

The design is user-friendly, requiring minimal learning curve. The various platform options enhance its versatility, accommodating different vessel sizes and types.

Durability & Maintenance

The IKA Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model is built to last. The robust construction and high-quality components suggest a long service life. Maintenance is straightforward, requiring only periodic cleaning with a mild detergent.

The IKA Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model‘s simple design and durable components minimize the need for frequent repairs. This durability is a key factor in its value proposition.

Accessories and Customization Options

The IKA Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model can be customized with various platforms. These platforms include a universal platform with clamping rolls, flask clamp platforms for round flasks, dish platforms for Petri dishes, and test tube racks. The ability to interchange platforms significantly increases the shaker’s utility.

While the shaker is designed primarily for use with IKA Works accessories, the universal platform design allows some compatibility with generic clamps and holders. The RS-232 interface enables connection to labworldsoft* software, allowing for data logging and remote control.

Pros and Cons of Ika Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model

Pros

  • Precise Speed Control: Ensures consistent and reproducible results.
  • Integrated End-Point Positioning: Facilitates automated sample retrieval.
  • Quiet Operation: Minimizes noise pollution in the lab environment.
  • Durable Construction: Built for long-term reliability.
  • Versatile Platform Options: Accommodates various vessel sizes and types.

Cons

  • Limited Maximum Load: Restricts use with heavier vessel configurations.
  • High Price Point: Can be a significant investment for smaller labs.


Who Should Buy Ika Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model?

The IKA Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model is perfect for research labs, pharmaceutical companies, and biotechnology firms requiring precise and reliable shaking for cell cultures, enzyme assays, and other applications. It especially benefits labs utilizing automated robotic systems for high-throughput screening.

Smaller academic labs with budget constraints or those requiring only basic shaking functions might find this model overkill. A must-have accessory is the appropriate platform for your specific vessel types.

Conclusion on Ika Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model

The IKA Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model is a top-tier laboratory shaker that delivers exceptional performance, versatility, and reliability. While the price is steep at $5299.00, the integrated end-point positioning, precise speed control, and durable construction justify the investment for labs needing advanced capabilities. I would absolutely recommend this shaker to any research facility looking to enhance their experimental consistency and automation.

Invest in the IKA Works KS 130 Orbital Shakers, IKA Works 2980101 Control Model and experience the next level of precision and efficiency in your laboratory workflow. Don’t settle for less when your research demands the best.

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