Stirrer Machine

Stirrer Machine Specification

Shape
Rectangular Base

Accuracy
2 rpm

Speed Range
100 1500 rpm

Temperature Resistance
Up to 100C

Power Supply
Electric

Control Type
Electronic speed regulator

Display Type
Analog

Features
Heavy duty motor, corrosion resistant, noiseless operation

Type
Stirrer Machine

Dimension (L*W*H)
490 x 210 x 370 mm

Equipment Type
Laboratory Stirrer

Equipment Materials
Mild steel body with powder coating

Power
0.5 HP

Voltage
220 - 240 V AC

Material
Stainless Steel Stirrer Impeller & Shaft

Application
Mixing and stirring laboratory reagents, chemicals, or solutions

Capacity (Ltr)
Up to 20 Litres

Motor Type
Induction Motor

Weight
Approx. 15 kg

Stirring Shaft Length
400 mm

Drive Type
Gear Driven

Mounting Type
Bench Top

Noise Level
<65 dB

Suitable For
Industrial, Pharmaceutical, Chemical, Food Labs

Speed Control
Variable Speed

About Stirrer Machine

Designed to meet requirements of laboratories demanding wide flexibility of stirring operations. Shaft upto 6.5 mm dia and 350 mm long with teflon rotar is provided. Fitted with 1/20 HP AC/DC universal motor, speed upto 4000 RPM rotary speed regulated capacity 5-7 liters (depending on viscosity). The total unit can be raised and lowered in height.

Optional:

Automatic 0-60 minute timer

Precision Mixing for Laboratory Excellence

With a variable speed range and an accurate control system (2 rpm), this stirrer machine ensures consistent results when mixing laboratory reagents, chemicals, or food preparations. The gear-driven drive and induction motor work together to deliver steady, powerful stirring without fluctuation, making it a reliable choice for demanding environments.

Durability and Safety in Every Detail

Engineered from a mild steel body with resistant powder coating, the machine is built to withstand daily use in busy labs and industries. The stainless steel shaft and impeller are non-reactive and easy to clean, while its noise level stays under 65 dB, maintaining a pleasant work atmosphere. The equipment is designed for easy placement on any bench top.

FAQ's of Stirrer Machine:

Q: How do I operate the stirrer machine for best results?

A: Ensure the machine is mounted on a stable bench top, connect it to a 220-240 V AC power supply, and use the electronic speed regulator to set your desired stirring speed between 100 and 1500 rpm. For optimal mixing, immerse the 400 mm stainless steel shaft and impeller into your solution up to the recommended 20-litre capacity.

Q: What types of laboratories can benefit from this stirrer machine?

A: This machine is suitable for a wide range of labs, including industrial, pharmaceutical, chemical, and food laboratories. It is ideal for mixing laboratory reagents, chemicals, and solutions where precise, consistent stirring is required.

Q: When should I use the variable speed control feature?

A: Variable speed control is essential when working with liquids of different viscosities or when a specific mixing intensity is needed. Adjusting the speed ensures delicate compounds are not damaged and vigorous mixing is achieved when required.

Q: Where should the stirrer machine be installed?

A: The stirrer machine should be installed on a flat, sturdy bench top in a well-ventilated laboratory or production environment. Ensure there is adequate space around the unit for operation and ventilation, following its compact footprint of 490 x 210 x 370 mm.

Q: What is the process for maintaining the stirrer machine?

A: Regularly clean the stainless steel shaft and impeller after use to prevent residue build-up. Inspect the mild steel body and powder coating for signs of wear. Ensure the machine is powered down and unplugged before performing any maintenance. Periodically check the electronic speed regulator and drive components for smooth operation.

Q: How does this stirrer machine improve laboratory workflows?

A: This machine offers accurate and consistent stirring with low noise, reducing manual mixing labor and improving reaction consistency. Its heavy-duty construction and corrosion-resistant materials ensure long-term reliability and minimal downtime, streamlining laboratory mixing tasks.

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