The Thermo Scientific Supernuova Hot Plate, 10x10", High-Performance, 230 V model delivers rapid heat-up and exceptional temperature control, making it ideal for high-throughput laboratories and precision applications. Achieve maximum temperature in just 7 minutes with stable performance maintained within ±1.8°F (1°C). The hot plate features a tilted, two-line LED display for easy viewing, raised to prevent damage from splashes and spills. Safety is enhanced with a flashing red “hot top” indicator once the surface exceeds 122°F (50°C), reducing the risk of burns during operation.
Product Features
- Fast heat-up: Reaches maximum temperature in 7 minutes for 10x10" models
- Temperature stability of ±1.8°F (1°C) for reliable and repeatable performance
- Two-line LED display shows both set and actual temperatures clearly
- Raised, splash-resistant display tilted for easy overhead viewing
- Red flashing "hot top" warning light activates above 122°F (50°C)
- Internal type K thermocouple for standard control
- External stainless steel 100 Pt RTD probe included for precision control
- Program and store up to three temperature/time profiles with automatic shut-off or continuous ramp/dwell functionality
What's Included
- Stainless steel 100 Pt RTD temperature probe
- Probe support rod with clamp
- Power cord with plug
Benefits
- Heats up quickly, saving valuable time in busy lab environments
- Precise temperature control ensures consistent experimental results
- Preset programming increases efficiency for routine procedures
- Improved display design protects against spills and enhances readability
- Built-in safety alerts reduce the risk of accidental contact burns
Why Choose the Thermo Scientific Supernuova Hot Plate?
With fast heat-up, programmable settings, and precision control, the Thermo Scientific Supernuova 10x10 HP 230 V hot plate is built for labs that demand speed, accuracy, and safety. Its intuitive interface, elevated splash-resistant display, and dual control modes—internal or external probe—make it the ideal solution for repeatable and efficient thermal processing in research, quality control, or production environments.
