Jeio Tech MSH-0512 Overhead Stirrer

Product Description

Jeio Tech MSH Touchscreen Mechanical Overhead Stirrers are designed to deliver advanced, user-friendly stirring performance for demanding laboratory applications. Dual-direction stirring (clockwise and counter-clockwise) offers enhanced flexibility for a variety of mixing tasks, while the powerful BLDC motor ensures stable, quiet operation. Precise PID feedback control maintains consistent stirring speed even under varying loads, and the smooth start/stop function helps prevent splashing. The slim, compact design with a pass-through impeller shaft allows for easy height adjustment and efficient use of bench space. An intuitive touchscreen LCD controller provides convenient access to features such as a countdown timer, elapsed time counter, USB communication port for external control and data management, and a controller lock for added safety. Built-in overtemperature and overload protection further ensure safe and reliable operation. With a wide selection of compatible accessories, including impellers, stands, clamps, and a magnetic drive, the MSH series offers outstanding versatility. For added convenience, an optional external controller allows for easy operation inside fume hoods or restricted-access areas, making it an ideal choice for precision mixing in modern laboratories.

Features

Features 1

• Structural Functional Features

Possible for user to select clockwise (CW) / counter clock wise. (CCW)

• Slim & compact design.
• Convenient adjustment of height with pass-through impeller shaft.
• Chuck with excellent corrosion resistance. (Max Ø10 mm)
• 2 models provided according to torque and rpm.
• Use Convenience Features

Features 3

• Best effort function to maintain maximum set rpm by monitoring sample viscosity changes in real time. (application 10-2014-0124899)
• Accurate stirring with PID feedback control.
• Count-down timer provided. (up to 99 hours and 59 minutes)
• Operating elapsed time display function.
• Machine operation and data management with USB connection.
• Complete with accessories such as impeller, stand, clamp, etc.
• Outstanding Safety

Features 4

• Safety ensured by BLDC motor that does not generate sparks.
• Excellent heat dissipation structure makes use for a long time without any trouble.
• Continual use in safe by over temperature and overload protection.
• Malfunction prevented by controller lock function.
• Prevents sample run-off by smooth stirring start and stop function.
• Motor protection by displaying motor temperature in three colors.
• Specialized External Controller

Features 5

• When harmful fumes are generated through stirring, the reaction proceeds inside the fume hood and the device is safely controlled by external controller at outside.
• Checking control status in real time and controls start/stop or stirring speed changes.
• Color LCD display for intuitive and easy control.

Features 6

• Lab Companion’s Bluetooth for Mobile Use

Features 7

• Connects wirelessly using smartphone or tablet PC with Bluetooth enabled and a mobile app.
• Checking control status in real time and controls start/stop or stirring speed changes.
• Automatic remote notification function in case of device failure during experiment.

Features 8

• Easy and convenient color touch LCD controller

Features 9

• Intuitive operation with touch LCD controller and control knobs.
• Displays set value, actual value, time, torque, and motor temperature.

Features 10

• PC control and data management with USB connection

Features 11

• Useful for data management through PC control.
• Dedicated software and USB cable provided as standard.

Specifications

Application

Overhead stirrers are essential for mixing high-viscosity or large-volume samples that magnetic stirrers cannot manage. Commonly used in chemical synthesis, pharmaceutical production, cosmetics formulation, and food R&D, they are ideal for blending gels, emulsions, slurries, and other thick substances. These stirrers provide strong torque and adjustable speed, making them suitable for suspensions, multiphase mixtures, and scale-up processes where consistent and powerful agitation is required. Their versatility and strength make them indispensable tools in both laboratory and pilot-scale environments.