Magnetic Stirrer

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MOQ : 1 Unit

Magnetic Stirrer Specification

Speed Range
100-1500 RPM

Display Type
No digital display

Heating Capacity
No heating (comes in models with or without heating)

Shape
Rectangular

Features
Compact Size, Corrosion Resistant, CE certified

Temperature Resistance
Up to 200C

Power Supply
AC Mains

Accuracy
5 RPM

Glass Type
Compatible with Borosilicate Glassware

Control Type
Analog Rotary Knob

Type
Laboratory Magnetic Stirrer

Dimension (L*W*H)
185 mm x 145 mm x 80 mm

Equipment Type
Stirrer

Equipment Materials
Powder Coated Steel & Stainless Steel

Power
40 Watts

Voltage
220-240 V AC

Material
Mild Steel (Body), Stainless Steel (Plate)

Application
Mixing, stirring solutions in laboratory

Capacity (Ltr)
2 Litres

Magnetic Stirrer Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Week

Delivery Time
1 Week

About Magnetic Stirrer

Magnetic Stirrer is normally used with hot plates for experiments in the laboratories of biology and chemistry, is also called magnetic stir plates. Its main function is to agitate the liquid in order to improve mixtures or increase reactions. This stirrer is ideal for creating a rotating magnetic field. Polished with superior quality finish, it is highly acknowledged in the market for its sturdy design, minimal maintenance and easy usage. Clients can avail this Magnetic Stirrer from us in varied specifications.

Precision and Versatility for Laboratory Solutions

This laboratory magnetic stirrer combines accuracy, durability, and ease of use. With its maintenance-free DC motor and corrosion-resistant construction, it delivers dependable performance for routine and advanced laboratory mixing. Its compact size and user-friendly controls support a wide range of laboratory glassware, including borosilicate vessels.

User-Friendly and Maintenance-Free Operation

The magnetic stirrer provides continuous operation with minimal noise. The analog rotary knob allows fine-tuning of stirring speeds, ensuring reliable results. Requiring no regular maintenance, it reduces downtime, and its IP21 protection rating shields against water splashes, safeguarding internal components during routine lab tasks.

FAQ's of Magnetic Stirrer:

Q: How is the magnetic stirrer used in laboratory applications?

A: This magnetic stirrer is used for mixing or stirring solutions up to 2 litres in borosilicate glassware. Place the magnetic stir bar in the container, position it on the stainless steel plate, and adjust the stirring speed using the analog rotary knob. It is suitable for chemical, biological, and analytical experiments that require thorough mixing.

Q: What types of glassware are compatible with this magnetic stirrer?

A: The device is compatible with borosilicate glassware, which is widely used in laboratories for its heat and chemical resistance. The 120 mm plate size accommodates beakers, flasks, and other vessels ideal for laboratory mixing and stirring processes.

Q: Where is this magnetic stirrer typically installed and used?

A: This magnetic stirrer is commonly used on laboratory benchtops in research labs, educational institutions, pharmaceutical companies, and industrial settings. Its compact footprint (185 mm x 145 mm x 80 mm) makes it suitable for laboratories with limited space.

Q: What benefits does the maintenance-free DC motor offer?

A: The maintenance-free DC motor ensures continuous and reliable operation without requiring regular servicing. It delivers low-noise performance, contributing to a quieter laboratory environment and minimizing disruptions during sensitive experiments.

Q: Is the magnetic stirrer suitable for high-temperature applications?

A: Yes, the stainless steel plate and robust construction allow operation at temperatures from ambient up to 200C, making it suitable for applications involving heated solutions, as long as the selected model does not include a built-in heating function.

Q: How do you control and monitor stirring speed on this device?

A: The stirring speed is adjusted using an analog rotary knob, with a range from 100 to 1500 RPM and an accuracy of 5 RPM. While there is no digital display, the analog control is straightforward and effective for routine laboratory tasks.

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