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Multi-Position Hotplate Magnetic Stirrer LZ-MSH-B103

Name: Multi-Position Hotplate Magnetic Stirrer LZ-MSH-B103
Brand: Labozon
SKU: LZ-MSH-B103
Availability: InStock
Rating: 5.0 (751 reviews)

Multi-position Hotplate Magnetic Stirrer LZ-MSH-B103 is a tabletop device with 6 position digital hotplate magnetic stirrer, offers maximum capacity of 500ml × 6 position. It is designed with PID controller ensures a precise and steady heating process. The magnetic stirrer plate is designed with PET anti-corrosion, anti-abrasive, skid and corrosion proof . Features digital LCD display for precise speed and time control. Hot plate with magnetic stirrer speed ranges from 50 to 1500 rpm and equipped with brushless DC motor for smooth operation.

Multi-Position Hotplate Magnetic Stirrer LZ-MSH-B103 - Specifications

Work plate Dimension	110 mm
Work plate material	PET anti- corrosion plate
Motor type	Brushless motor
Stirring positions	6
Max. stirring quantity	6 *500ml
Max. magnetic bar length	20-50 mm
Speed range	50-1500 rpm
Control	Synchronous and Asynchronous
Mixing Direction	Right
Timer	1min-19h 59min
Display	LCD
Environmental conditions	5-40°C, 80% RH
Power supply	AC 100-220V
Dimension	415 x 225 x 65 mm

Multi-Position Hotplate Magnetic Stirrer LZ-MSH-B103 - Key Features

Designed with LCD display for precise speed and time control
Magnetic hotplate stirrer with 6* 500ml maximum capacity
Designed for Asynchronous control (Synchronization can be set)
Maximum speed range offered is 50 to 1500 rpm
PET anti-corrosion plate anti-abrasive, skid and corrosion proof
Brushless DC motor, free maintenance
6 stirring positions with max capacity 500ml for each station
Timing and Lock Function, easy to select workstation
Long press- synchronize station data
Strong magnetic force, better stirring effect

Multi-Position Hotplate Magnetic Stirrer LZ-MSH-B103 - Applications

A multi-channel hotplate magnetic stirrer enables simultaneous heating and stirring of multiple samples for efficient mixing and reaction control. It is widely used in chemical synthesis, sample preparation, and biotechnology research to support high-throughput laboratory workflows.

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