Orbital Shaker YR06057

ManufacturerKalstein

Description

The Orbital Shaker YR06057 is an advanced laboratory instrument designed to provide reliable and efficient shaking operations for various applications. This sophisticated device features a digital panel with precise speed and time control, accommodating a speed range from 40 to 200 RPM. With two available working pan sizes, 25×25 cm and 32×32 cm, this shaker can handle a maximum load of up to 5 kg. The inclusion of a durable DC brushless motor ensures silent, stable, and maintenance-free operation, enhancing both durability and user convenience. Equipped with a continuous and timed operation range of 1 minute to 23 hours and 59 minutes, the Orbital Shaker YR06057 is an indispensable tool for any laboratory.

Market Price

The Orbital Shaker YR06057 is competitively priced in the market, usually ranging from 700 USD to 1200 USD. This price range reflects its high-quality components and versatile features that make it suitable for both basic and advanced laboratory tasks. Procuring this shaker ensures a balance between cost efficiency and superior performance, making it a sound investment for laboratories of all sizes.

Frequently Asked Questions

What is the maximum load capacity of the Orbital Shaker YR06057? The maximum load capacity is 5 kg.

Does the shaker operate continuously? Yes, it features both continuous and timed operations, allowing for adaptability based on experimental needs.

What type of motor does the shaker use? It utilizes a DC brushless motor, known for its longevity and low maintenance requirements.

Advantages and Disadvantages

Advantages: The Orbital Shaker YR06057 offers a robust performance with a reliable motor, user-friendly digital controls, and the ability to handle a variety of laboratory tasks. Its quiet operation and precise timing make it an ideal choice for sensitive experiments.

Disadvantages: The main limitation could be its maximum load capacity of 5 kg, which might not suffice for larger scale operations requiring heavier loads.

Product Usage in the Field

In practical settings, the Orbital Shaker YR06057 is invaluable for mixing or blending samples in a laboratory environment. It is particularly useful in the fields of biology and chemistry, where precise agitation of liquids is critical. Common applications include culturing cells, mixing reagents, and dissolving solutes uniformly.

Recommendations

To maximize the performance and lifespan of the Orbital Shaker YR06057, it is recommended to regularly clean the working pan and ensure that the load does not exceed 5 kg. Users should also take advantage of the digital timer to set specific operation durations, optimizing the device’s efficiency and effectiveness for specific experiments.

Features

  • Speed Range: 40-200 RPM
  • Continuous and Timed Operation (1 minute – 23 hours 59 minutes)
  • DC Brushless Motor for Silent and Stable Operation
  • Digital Panel with Speed and Time Control
  • Maximum Load: 5 kg
  • LED Display for Easy Monitoring
  • IP21 Protection Level
  • Voltage: 100-240V, 50/60Hz

Technical Specifications

Model YR06057
Motor Type Brushless motor
Plate Size 320*320mm
Turn Linear and reciprocating
Operation Mode Linear and reciprocating 20mm
Max Load 5kg
Speed Range 40 – 200 rpm
Timing Range 1min – 23h59min
Display LED display
Shell Protection Level IP21
Power 45W
Voltage 100-240V, 50/60Hz
Size 330*435*140mm

Additional information

Weight 9 kg

Quote List

Quote List

No products in the list

Product categories

In this section you can select the sector or product of your interest.

FAQ

Do you need help?

If you have any questions before processing the order, take a look at the most frequently asked questions

Do you want to know the cost of air shipping to your establishment?

Place your address in the payment area and you will automatically see the shipping to your door!

I am an institution; I need to know the price for several units; I would like to know the cost of the maritime freight

Request a custom quote in the contact section once you identify the model.