The Thermo Scientific Cimarec 7x7 HPS Stirring Hot Plate delivers advanced performance and exceptional safety in a user-friendly design, ideal for academic and research labs. Featuring StirTrac™ control for constant stirring speed, strong magnetic coupling, and ultra-fast braking, this unit ensures reliable mixing and precise temperature control. The microprocessor temperature control provides stable and accurate heat distribution, while the prominent hot top indicator alerts users to hot surfaces to prevent accidental burns. Automatic overtemperature protection cuts power for enhanced safety.
Product Features
- StirTrac™ control ensures constant stirring speed and strong magnetic coupling with ultra-fast braking
- Microprocessor temperature control delivers precise and stable heat distribution
- Prominent hot top indicator remains lit while plate temperature is above 50°C
- Automatic overtemperature protection prevents overheating and potential accidents
- Temperature adjustable in 1°C increments for accurate control
- Optional external temperature probe for precise temperature feedback (sold separately)
- Optional splash guard for additional safety (sold separately)
- Optional rod and clamps to secure sample containers (sold separately)
What's Included
- Stir bar
- Detachable power cord (230 VAC models include EU, UK, or AUS/CHN plugs)
Benefits
- Reliable and consistent stirring and heating performance for various laboratory applications
- Enhanced user safety with hot top indicator and automatic shutoff to prevent burns and fires
- Precise temperature control allows better experiment accuracy and repeatability
- Flexible accessory options help customize for specific lab needs and safety requirements
Why Choose the Thermo Scientific Cimarec 7x7 HPS?
Combining advanced StirTrac™ stirring technology with precise microprocessor temperature control, the Thermo Scientific Cimarec 7x7 HPS is perfect for labs demanding reliable, safe, and easy operation. Its prominent safety features and customizable accessories make it a versatile solution for research and academic environments where precision and safety are paramount.
