State-of-the-Art Laboratory Hot Plate Magnetic Stirrer YR02936: Technical Marvel

Product Description

The YR02936 Laboratory Hot Plate Magnetic Stirrer delivers unparalleled precision and reliability for your scientific endeavors. Equipped with a substantial top plate measuring 280 × 280 mm, this device offers ample space for a diverse array of flask sizes ranging from 50 ml to a remarkable 15,000 ml capacity. The exterior is fabricated from superfine metal, reinforcing its durability and long-lasting performance in laboratory environments.

One of the most significant features of this scientific instrument is its broad heating temperature range, stretching from ambient conditions to 400 degrees Celsius. Such versatility ensures that the device can be adapted to a multitude of heating tasks. With the integration of cutting-edge PID temperature control and a vibrant LED display, users are guaranteed precise temperature readings with an accuracy of ±5 degrees. The choice of either black or white ceramic for the top material not only offers aesthetic flexibility but also ensures effective and uniform heat distribution.

Model YR02936
Top Plate Dimension (mm) 280 × 280
Heating Temperature Range (°) Ambient to 400 degrees
Temperature Control PID control LED display when the machine works.
Temperature Range Ambient to 400
Top Material black ceramic or white ceramic
Temperature Display ±5 degrees
Permissible Ambient Temperature Ambient temperature at 40 degrees
Voltage 110 V – 240 V
Power(w) 450 W
Motor Power 16W, DC20V
Temperature Accuracy ±5 degree
Stirring Flask Capacity (ml) 50 – 15 000
Overall Dimensions (mm)
( L × W × H )
500 x 420 x 270
Packing Dimension (mm) 550 x 450 x 290
Shipping Weight (kg) 9.5 Kg
Shell material Superfine Metal

Market Price

The YR02936 Laboratory Hot Plate Magnetic Stirrer, with its innovative features and robust build, falls within a competitive price range. Typically, you can expect the cost to vary from $600 to $1100. This range reflects the high-quality materials and precision engineering that make this laboratory instrument a preferred choice for scientists and researchers worldwide. It’s a considerable investment for laboratories dedicated to enhancing their capabilities and efficiency.

Frequently Asked Questions

Can the hot plate magnetic stirrer handle high-temperature applications?

Yes, the YR02936 can manage temperature settings from ambient to 400 degrees Celsius, making it highly suitable for high-temperature applications.

What safety features are included in the device?

The instrument is built with a sturdy superfine metal shell for durability, while its precise PID control minimizes overheating hazards.

Is the device easy to clean?

Absolutely. Both the black and white ceramic tops are designed for ease of cleaning, ensuring minimal maintenance requirements.

How is the temperature accuracy ensured?

The device boasts a temperature accuracy of ±5 degrees due to its advanced PID control system, maintaining precise measurements throughoututilizationion.

Advantages and Disadvantages

The YR02936 Laboratory Hot Plate Magnetic Stirrer is engineered to provide significant advantages for laboratory environments. Among its strengths are its broad temperature range, substantial stirring capacity up to 15,000 ml, and precise temperature control facilitated by PID technology. Furthermore, the choice between black or white ceramic top surfaces caters to aesthetic preferences without compromising functionality.

However, one potential disadvantage is its weight of 9.5 kg, which, while ensuring stability, may pose challenges in terms of mobility. Additionally, for users unfamiliar with advanced laboratories, settings and PID control may require a learning curve to harness the device’s full potential.

Product Use in the Field

In practical laboratory environments, the YR02936 operates as an invaluable asset for tasks that demand reliable stirring and precise temperature control. It’s widely utilized in chemical synthesis, life sciences, and materials research, where the homogeneous mixing of substances is crucial. The robust construction ensures the plate remains stable even during extensive periods of stirring under extreme temperature conditions.

Laboratories leverage this instrument for sample preparation, ensuring reagents are uniformly mixed. The YR02936’s ability to handle large flask volumes means it can also accommodate industrial applications, providing versatility beyond a typical laboratory setting.

Recommendations

To maximize the utility of the YR02936, users are encouraged to frequently check the ceramic surface for any residues that may affect performance. Regular calibration of the temperature control system is crucial to maintain the device’s accuracy over time. Additionally, utilizing the stirring capacity to match intended applications will ensure consistent performance without overstraining the motor.

When investing in sophisticated laboratory equipment like the YR02936, consider requesting a personalized quotation via Kalstein Plus. This feature allows users to explore competitive prices and possess a comprehensive understanding of the product’s offerings before making a commitment.

Si está buscando una fusión de innovación y calidad, has llegado al lugar correcto. En Kalstein te ofrecemos el lujo de explorar nuestro exclusivo catálogo de equipos de laboratorio. Fabricamos cada equipo con un nivel de excelencia. Nuestros canales de compra online, intuitivos y ágiles, están diseñados para su comodidad, asegurando los precios más amigables. No dude más, le damos vida a la ciencia, es hora de hacer parte de nuestra comunidad. https://kalstein.net/en/product/laboratory-hot-plate-magnetic-stirrer-yr02936/.

We are here to help you

Send us a direct message

If you require a quote, you have a question about any product and / or want to clarify any doubt, contact us.

    PARIS

    Headquarter

    5 rue de Castiglione 75001 Paris – France.
    (+33) 01 70 39 26 50 (Line available in English and French languages)
    (+33) 7 60 83 92 83 (Line available in Spanish and French languages)
    Mail: [email protected]