Jeio Tech MS-17B Magnetic Stirrer

Product Description

Jeio Tech MS-B Analog Magnetic Stirrers are engineered for dependable performance and long-lasting durability in laboratory environments. With excellent chemical resistance and a spill-proof design, the unit is well-suited for handling corrosive substances and preventing damage from accidental spills. A high-quality permanent magnet ensures stable and efficient stirring, while the BLDC motor provides quiet operation, enhanced safety, and long service life. The user-friendly analog control allows for easy and precise speed adjustments. For added convenience, black and white covers are provided to improve solution visibility during mixing. Designed with both functionality and safety in mind, the MS-B is an ideal choice for routine laboratory applications.

Features

Features 1

• Structural Functional Features

Features 2

• 10 models according to size, shape and color.
• Polypropylene (PP) material with excellent chemical resistance.
• Minimized vibration during high-speed stirring with rubber feet.
• Using special permanent magnets for maintaining stirring ability.
• Use Convenience Features

Features 3

• Quick control of stirring speed in real time according to degree of control of control knobs.
• The two types of black and white covers are very useful for observing changes according to samples.
• Convenient LED lamp for checking operation status.
• Lightweight makes handling convenient.
• Outstanding Safety

Features 4

• Safety ensured by BLDC motor that does not generate sparks.
• Spill-proof design minimizes inflow solution into device.
• Provides Silicon-based top plate cover to prevent slipping accidents of glassware.

Specifications

Application

Magnetic stirrers are ideal for applications that require efficient, gentle mixing. Commonly used in laboratories for preparing solutions, diluting samples, and maintaining suspensions, they provide quiet, reliable stirring with minimal contamination risk. These stirrers are especially suited for samples in biological, chemical, and analytical procedures where precise agitation is needed without heat exposure.