Technical Applications for 2mag in Australia
In Australian clinical and research laboratories, maintaining sample homogeneity under varying thermal conditions is critical for experimental accuracy. High-performance Magnetic stirrers utilise stationary coils to provide consistent torque without the vibration or wear associated with conventional motors. These systems are particularly effective for high-viscosity applications and long-term stirring tasks where mechanical failure in traditional equipment often occurs.
To support complex sample preparation, a variety of Laboratory mixers and specialized Heating or drying equipment or accessories are deployed to ensure precise temperature and agitation control. For processes requiring simultaneous heating and mixing, the range of Laboratory heaters provides the thermal stability needed for sensitive chemical reactions. These integrated technologies help local scientists optimise their workflows, especially in automated liquid handling and high-throughput screening applications.
Why Source 2mag from John Morris Group?
- Inductive Drive Technology: The motorless design uses stationary coils with no moving parts, making the systems 100 percent wear-free and maintenance-free over their entire service life.
- Superior Stirring Power: Engineered to provide up to 30 percent more stirring power than comparable systems, allowing for efficient mixing of high-volume or high-viscosity samples.
- Extreme Thermal Resilience: The inductive drive concept is designed for use in aggressive environments, including high-temperature ovens and submerged water baths up to +95 degrees Celsius.
- Ultra-Flat Space-Saving Design: The exceptionally low-profile housing allows for easy integration into existing laboratory setups, incubators, and robotic workstations where space is a premium.
- German Engineering Excellence: Every instrument is developed and manufactured in Germany with a focus on durability, chemical resistance, and uncompromising quality for professional use.
We back this world-class range with our established regional infrastructure, featuring factory-trained engineers, ISO 9001 certified operations, and technical guidance. Our commitment includes providing NATA-Accredited Calibration support where relevant to ensure your measurement and mixing systems perform to strict technical specifications. You can explore the full global range of stirring innovations at the official 2mag website.
Frequently Asked Questions
What is the benefit of a motorless inductive drive?
A motorless drive eliminates internal moving parts like belts or motors that eventually wear out or require lubrication. This results in a completely maintenance-free instrument that operates silently and remains reliable even during years of continuous 24-hour operation.
Can 2mag stirrers be used inside high-temperature incubators?
Yes, many models are specifically designed to operate in environments with high humidity and temperatures reaching up to +200 degrees Celsius. Their hermetically sealed housings protect the internal components from corrosive vapours and thermal stress common in laboratory incubators.
Are there stirring solutions available for very small sample volumes?
The range includes ultra-compact single-point and multiple-point stirrers that are ideal for small vessels, such as cuvettes or micro-titre plates. These units provide the same powerful inductive drive in a miniaturised form factor to ensure consistent mixing in low-volume workflows.
How do I ensure my magnetic stirrer is chemical resistant?
The housings are typically constructed from high-grade stainless steel or chemical-resistant polymers to withstand spills of common laboratory solvents. It is important to wipe down the surface after any accidental exposure to maintain the integrity of the housing and the clarity of the control interface.
Does John Morris Group provide local technical support for these systems?
We offer comprehensive local support across Australia and New Zealand, including application guidance, installation assistance, and maintenance. Our factory-trained engineers ensure that your technical investments are fully supported throughout their lifecycle in your laboratory.
Why is NATA-Accredited Calibration important for heating plates?
NATA-Accredited Calibration provides independent verification that the temperature and stirring speeds displayed on your instrument are accurate and traceable. This is essential for laboratories operating under ISO 17025 or other regulatory frameworks requiring verified measurement integrity.
