• Speeds range 150 – 1500 rpm
• Stainless Steel Hot Plate model for temperatures up to 340°C
• Ceramic Hot Plate model for temperatures up to 550°C (10 MLH Plus)
• Easy-to-read backlit LCD for display of set & actual parameters
• Monitoring of set & actual temperature / speed
• High accuracy of temperature control with embedded dual sensors
• Advanced Stirrers with microprocessor technology
• Constant speed even with change of load / Voltage
• Maintenance free brushless motor
• Scratch proof & excellent chemical resistance
• External temperature probe (PT-1000) for control of fluid temperature
• Last parameter recall, ideal for repetitive processes
• Unique safety temperature control system
• Settable safe temperature limit to avoid overheating
• Residual Temperature warning when unit is switched off for operator safety

The Remi Magnetic Stirrers Plus series represents the next-generation magnetic stirrers, combining precision, durability, and safety for laboratory mixing and heating applications. Available in both hot-plate and non-hot-plate versions, these units are engineered for reproducible performance even under changing loads or fluid viscosities.

Key features include a wide speed range (150–1500 rpm), advanced microprocessor control, maintenance-free brushless motors, digital LCD display showing both set & actual parameters (speed and, when applicable, temperature), and dual sensors or external probes (PT-1000) for accurate temperature measurement. The Plus series also includes safety features like over-temperature warning/residual heat alerts, auto shut-off when heating plate exceeds safe limits, and memory of last used parameters, making them ideal for repetitive lab processes. Hot-plate models support high temperatures up to ~ 340 °C (stainless steel plate) or up to ~ 550 °C for ceramic top plates in specific versions (10 MLH Plus).

Typical technical specs include stirring capacities of ~5, 10, and 20 litres depending on model, corresponding top plate materials, paddle dimensions, heating power where relevant, and precise temp control resolution.