Labnics Multi-Position Magnetic Stirrers are designed to provide efficient and precise mixing for multiple containers at once. They offer variable speed settings to accommodate different mixing needs. These units ensure uniform mixing across all positions with their magnetic stirring mechanism. They feature non-slip feet and a sturdy base for added stability. Our stirrers function with minimal noise, preventing disruption in the lab.
No. of positions
Size of stirring bars
Stirring capacity
Speed range
Digital display
FAQ for Multi-Position Magnetic Stirrer
1: Is it easy to maintain and clean the Multi-Position Magnetic Stirrer?
Yes, maintaining and cleaning a multi-position magnetic stirrer is quite simple. It is designed with minimal moving parts, which reduces the chance of wear and tear. For cleaning, just wipe down the surface after each use and ensure the magnetic bars are free from residue. Regular maintenance involves checking the stirrers for any damage and ensuring the unit is operating at optimal performance.
2: How stable is the Multi-Position Magnetic Stirrer during operation?
The Multi-Position Magnetic Stirrer is designed with stability in mind. It comes equipped with non-slip feet and a sturdy base that prevents any wobbling or movement during operation. This ensures that the stirrer remains stable, even when stirring at high speeds, providing consistent results and preventing spills or accidents.
3: How does the magnetic stirring mechanism work?
The magnetic stirring mechanism uses magnetic stir bars placed inside the containers, which are rotated by a magnetic field generated by the stirrer's base. This movement causes the contents of the container to mix uniformly. The magnetic drive ensures smooth and consistent agitation, making it an efficient and reliable method for mixing a wide variety of liquids and solutions.
4: Is the Multi-Position Magnetic Stirrer energy efficient?
Yes, the multi-position magnetic stirrer is designed to be energy efficient. The low power consumption ensures that they operate efficiently without consuming excessive energy, making them cost-effective for long-term use. This feature is especially beneficial for labs looking to reduce energy costs while maintaining high performance.