LED Overhead Stirrer LOSR-T2011

Introduction

Overhead Stirrer supports a maximum stirring capacity of 40 L, making it suitable for large-volume mixing. It delivers a wide speed range from 50 to 2200 rpm, allowing for flexible control across applications. With a maximum torque of 60 N·cm, it can efficiently handle dense or highly viscous samples. The explosion-proof brushless DC motor ensures quiet, low-maintenance operation. Ideal for industrial labs, chemical processing, and polymer formulation.

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 Overhead Stirrer is ideal for high-volume sample agitation in chemical, pharmaceutical, and industrial labs. It handles thick, viscous materials such as gels, resins, or emulsions with high-speed consistency and control.

Specifications

Max. stirring quantity [H₂O]	40 L
Speed range	50 to 2200 rpm
Maximum torque	60 N·cm
Maximum Viscosity	50000 mPa·s
Motor type	Brushless DC motor
Speed display
Overload protection display
Chuck range diameter	0.5 to 10 mm
Permissible ambient temperature	5 to 40 °C
Permissible ambient humidity	80% RH
Protection class	IP21
Motor input power	120 W
Motor output power	100 W
Power	130 W
Voltage, Frequency	100 to 240 V, 50/60 Hz
Dimension (W×H×D)	83 × 220 × 186 mm
Weight	2.8 kg

Features

Anti-stall circuitry

High torque drive

Low noise design

Explosion-proof build

Brushless motor technology

Easy shaft clamping

Stable speed control

FAQs

1. What types of materials can the Overhead Stirrer effectively mix?

The Overhead Stirrer is designed for handling a wide range of sample types, especially those with high viscosity. stirrer performs well with dense chemical mixtures, emulsions, polymers, and gels. It’s suitable for both aqueous and non-aqueous systems used in formulation labs. Whether you're working with heavy pastes or thick suspensions, the unit maintains consistent performance. This makes it ideal for industrial, research, and quality control settings

2. Is the Overhead Stirrer suitable for long-duration or continuous mixing tasks?

Overhead Stirrer is built for demanding applications that require extended operation. The brushless motor operates with minimal heat and wear, supporting continuous use without compromising performance. It maintains speed and torque even during long experiments. This makes it particularly useful for labs that require non-stop mixing during multi-hour protocols. It’s reliable for applications in production, R&D, and chemical synthesis.

3. How easy is it to operate the Overhead Stirrer in day-to-day lab use?

The Overhead Stirrer is user-friendly and integrates easily into existing workflows. stirrer features an intuitive control panel and an screen that displays operating parameters clearly. Shaft and chuck adjustments are quick, making it easy to switch between tasks or container types. Operators can set speeds precisely and monitor performance at a glance. It’s ideal for both routine tasks and specialized mixing.

4. What safety features does the Overhead Stirrer provide during operation?

The Overhead Stirrer is equipped with safety circuits that help protect the unit during overload or stalling. design includes automatic shutdown or controlled stop mechanisms to prevent damage or injury. The brushless motor reduces mechanical wear, further minimizing safety risks during prolonged use. These features are especially important in busy labs with frequent equipment use. It provides peace of mind in regulated lab environments.

5. Can the Overhead Stirrer be used with large containers or different shaft types?

The Overhead Stirrer is compatible with various shaft sizes and container formats. unit includes a large chuck range, making it adaptable to different stirring tools. This allows users to easily switch between mixing small batches and larger volumes without changing equipment. It’s particularly useful in scale-up studies or pilot production runs. The flexibility enhances productivity across different lab workflows.