Shakers
Shakers are essential laboratory equipment designed to mix, blend, or agitate samples through consistent and controlled motion. They play a crucial role in various scientific fields, including biology, chemistry, and medical research, ensuring homogenization of liquids and reactions during experiments. Their precise shaking speed and motion can significantly affect experimental outcomes, making their quality and reliability paramount. Shakers come in various sizes and configurations to accommodate different laboratory volumes and container types, offering versatility for numerous protocols.
The applications of shakers extend across clinical, veterinary, and industrial laboratories, facilitating tasks such as cell culture, solubility testing, and sample preparation. By providing uniform agitation, they help improve reaction kinetics and consistency in sample handling. Modern shakers often feature programmable speeds, timer settings, and interchangeable platforms, enabling tailored performance to meet specific needs. Investing in a high-quality shaker enhances lab efficiency while minimizing variability, ultimately supporting the accuracy and reproducibility of experimental results.
What You Should Know Before Selecting a Shaker and Making an Investment?
Key Factors to Consider
When selecting a shaker, it is essential to consider the type of shaking motion it provides, such as orbital, reciprocating, or linear, as each suits different sample types and protocols. The shaking speed range and the uniformity of movement affect how well the samples are mixed, so a precise and stable mechanism is vital. Additionally, load capacity plays a role in determining how many samples or the size of containers you can process simultaneously without affecting performance.
Another critical factor is the platform adaptability of the shaker, including whether it can accommodate various vessel sizes and shapes for maximum versatility. Durability and ease of maintenance are equally important to reduce downtime and extend the device’s lifetime. Users should also evaluate noise levels for environments sensitive to sound, as well as user interface simplicity, such as digital controls and timers, to streamline operation.
Price Range in the Market
The price for shakers on the market ranges widely depending on their type, features, and brand reputation. Basic models suitable for routine shaking can be acquired at a relatively low cost, offering essential functionalities. However, more advanced units with programmable settings, temperature control, or multifunctional capabilities tend to be positioned at higher price points due to their sophistication and precision.
It is important to balance the price with the specific needs of your laboratory to avoid overspending on unnecessary features or compromising usability with low-cost equipment. Kalstein offers a diverse product selection with competitive pricing, ensuring that laboratories of all sizes can find a shaker that fits their budgets without sacrificing quality or performance. Comparing prices alongside features will help identify the best value option available.
Quality-Price Ratio
The quality-price ratio in shakers is determined by the reliability of the shaking mechanism, build materials, warranty, and post-purchase services. A sturdy shaker with proven performance and solid customer support justifies a higher initial investment as it reduces maintenance costs and replacement frequency. Choosing a reputable brand like Kalstein guarantees access to expert assistance, spare parts, and service, which enhances lifetime value.
Shakers that provide consistent performance across various applications demonstrate better return on investment. While cheaper models might save money upfront, they risk frequent repairs or inaccurate results. Evaluating reviews, user feedback, and product certifications can help gauge true quality. Optimal quality-price balance ensures laboratories maintain efficient workflows without compromising experimental integrity.
Expected Lifespan Based on Use and Maintenance
The expected lifespan of a shaker depends on the intensity of its use, maintenance routine, and operating conditions. Regular cleaning, calibration, and timely servicing increase longevity, sometimes extending the equipment’s active life over a decade. Harsh environments, heavy loads, or improper handling can shorten device life significantly, so following manufacturer instructions diligently is crucial.
Proper usage protocols including keeping the shaker balanced, avoiding overloading, and monitoring performance help prevent premature failure. Investing in maintenance contracts or technical training ensures your shaker remains in optimal condition. Kalstein provides detailed user manuals and remote support, enabling users to maximize their equipment’s life expectancy and maintain peak operation continuously.
KALSTEIN SHAKERS
Among so many products, at Kalstein you can find the ideal shaker for your Laboratory
If you are unsure which shaker to purchase, it’s important to evaluate your lab’s specific requirements such as shaking motion type, speed range, load capacity, and compatibility with sample containers. Kalstein offers a wide range of shakers designed for different applications and budgets, allowing you to choose the perfect model that fits your laboratory workflow and research demands, ensuring efficiency and durability.
Orbital Shaker -YR06054
The Orbital Shaker YR06054 is designed for laboratories seeking precision and reliability. This versatile laboratory sha…
Orbital Shaker YR06057
The Orbital Shaker YR06057 is an advanced laboratory device designed to offer precise and reliable results. With a speed…
Rotating Mixer Shaker YR06052
The Rotating Mixer Shaker YR06052 is a cutting-edge laboratory device designed for precise and efficient sample mixing….
Orbital Shaker YR05766 // YR05768
The Orbital Shaker YR05766 // YR05768 is an advanced laboratory shaker using uniaxial drive balancing technology, which…
Our shaker most sold
The Orbital Shaker YR06054 is designed for laboratories seeking precision and reliability. This versatile laboratory shaker offers a speed range of 40-200 rpm, making it ideal for various mixing applications. It features a digital panel for effortless speed and time management and a robust DC brushless motor that ensures stable and silent operation.
In the market, the price of orbital shakers can vary significantly depending on their features and capabilities. Typically, you can expect a price range between $500 and $800 for high-quality models like the YR06054. This range reflects the precision engineering and advanced technology incorporated in these devices. Investing in a reliable orbital shaker can enhance your laboratory’s productivity and efficiency.
| Model | YR06054 |
| Motor Type | DC motor |
| Plate Size | 268*268mm |
| Turn | Circular |
| Operation Mode | 20mm |
| Max Load | 2kg |
| Speed Range | 40 – 200 rpm |
| Timing Range | 1min – 19h59min |
| Display | LED display |
| Shell Protection Level | IP21 |
| Power | 20W |
| Voltage | 100-240V, 50/60Hz |
| Size | 294*348*123mm |
Understanding key shaker features improves lab performance and reliability.
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Kalstein’s latest shaker innovation offers unmatched precision and durability.
Our comprehensive shaker guide covers types, selection tips, and maintenance procedures essential for effective laboratory use.
Learn how to select the right shaker with our expert recommendations, comprehensive operational guides, and maintenance advice to maximize your laboratory’s productivity and ensure consistent experimental results every time.
Laboratory Shakers: a detailed description of the Kalstein branded models
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Orbital shakers, functions and parts
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Laboratory shakers: porcelain or glass dishes
The laboratory shaker are electromechanical devices that are commonly used in specialized chemistry and / or biology laboratories to homogeneously mix solutions and suspensions for tests and trials.
FAQs
The delivery time for your Kalstein product will depend on the following:
- Whether the equipment of your interest is in stock or if it must be manufactured.
- The type of freight chosen, which can be air or sea.
- Equipment in stock:
– Delivery Time (Air): 15-30 days.
– Delivery Time (Sea): 45-60 days.
- Equipment not in stock:
– Delivery Time (Air): 30-60 days.
– Delivery Time (Sea): 60-90 days.
You can make your purchase through:
- Email: [email protected]
- By phone: +33 (0) 1 70 39 26 50
- E-commerce: Through Kalstein’s official website in your country.
At Kalstein, we provide our customers with inductions and technical support through new online methods. You can visit our induction videos, technical assistance, and guidance provided by Kalstein’s team on our YouTube channel (Kalstein English). HERE.