Multi-Position Hot Plate Magnetic Stirrer LMHS-T2010

Introduction

Multi-Position Hot Plate Magnetic Stirrer allows simultaneous mixing at 10 positions with a capacity of 0.4 work plate covered with a silicone cushion, ensuring uniform heating. Its brushless DC motor makes the operation more reliable and efficient. Our stirrer is widely used in various laboratories for stirring and heating applications.

This magnetic stirrers is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Multi-Position Hot Plate Magnetic Stirrer is ideal for stirring and heating applications in pharmaceutical and industrial laboratories. It is also widely used in research laboratories and educational institutes for sample preparation.

Specifications

Stirring Positions	10
Max. Stirring Quantity	0.4 L × 10
Speed Range	0 to 1100 rpm
Speed Display	Scale
Heating Temperature Range	Room temperature to 120℃
Heating Temperature Display	Scale
Over Temperature Protection	140℃
Work Plate Material	Stainless steel with silicone cushion
Permissible Temperature	5 to 40 °C
Permissible Humidity	80% RH
Motor Type	Brushless DC Motor
Motor Rating Output Power	4 W
Heating Power	470 W
Power consumption	490 W
Power supply	240 V 50 Hz, 100 V 60 Hz
Protection Class	IP20
Plate Dimension	180 × 450 mm
Overall Dimension	182 × 622 × 65 mm
Packing Dimension	200 × 650 × 70 mm
Net Weight	3.2 kg
Gross Weight	5 kg

Features

Knob control system

Anti-skid surface

Low maintenance

Low-noise operation

Compact and bench-top design

FAQs

1. Q1. What makes the magnetic stirrer ideal for multi-sample laboratory workflows?

Multi-Position Hot Plate Magnetic Stirrer is specifically designed for high-efficiency laboratory environments where simultaneous mixing and heating of multiple samples is essential. With 10 stirring positions, each capable of handling 0.4 L, it significantly reduces processing time. Its evenly distributed stainless steel plate with a silicone cushion ensures consistent heating, while the robust brushless DC motor guarantees quiet, low-maintenance operation over extended periods. Whether you're preparing reagents, dissolving solids, or conducting sample analysis in parallel, this stirrer provides reliability, uniformity, and simplicity.

2. Can the stirrer safely heat volatile or flammable substances?

Caution must be exercised when working with volatile or flammable substances. Users should never heat substances with a low boiling point or that are easily flammable. Also, always set the heating temperature at least 25°C below the substance's flash point to avoid combustion. For maximum safety, work in a well-ventilated lab using appropriate and containment procedures.

3. How is speed and temperature control managed on the stirrer?

Multi-Position Hot Plate Magnetic Stirrer employs analog scale knobs for both speed and temperature control. This provides tactile feedback and allows quick adjustment. Though it doesn’t use a digital display, the simplicity of knob control ensures durability and resistance to lab conditions such as moisture or chemical spills. Each control channel uniformly adjusts all 10 positions simultaneously, making it ideal for synchronized processing.

4. What precautions should be taken during maintenance and cleaning?

Always unplug the stirrer before cleaning. Use only mild detergents or isopropyl alcohol-based cleaners recommended for laboratory use. Avoid spraying liquids directly onto the device. Wear protective gloves and avoid damaging any internal components.

5. In what types of laboratories is the stirrer most beneficial?

This stirrer is ideally suited for pharmaceutical, industrial, academic, and research laboratories. Its multi-sample capability makes it perfect for environments requiring batch testing, chemical synthesis, solubility studies, or educational demonstrations. It allows users to prepare multiple identical or varied samples simultaneously, boosting productivity and experimental throughput.