AELAB AE-BH101 Block Heater – Precision Sample Heating Device

A block heater is a device used to warm the engine of a vehicle, making it easier to start in cold weather conditions. It typically consists of a heating element installed in the engine block or the coolant system, which heats the engine coolant and, by extension, the engine itself. This not only facilitates smoother starts but also reduces wear and tear on engine components by maintaining a more consistent operating temperature. Block heaters are particularly useful in regions with harsh winters, helping to improve fuel efficiency, reduce emissions, and prolong the lifespan of the vehicle. They can be plugged into a standard electrical outlet and are often used with a timer to optimize heating duration and energy use.

Features: 

• A wide range of temperature control up to 120°C.
• Useful for heating of samples at low temperatures.
• Timer function support is available.
• LED digital display of temperature and time.
• Various types of optional blocks are available.
• Overheating protection.
• Plastic Lid for protection and heat preservation.

Block Ordering Detail:

✅ 🔬 How It Works?

The AE-BH101 Block Heater operates by transferring thermal energy via aluminum block inserts that securely hold your samples. Once powered, the internal heating system raises the block temperature uniformly, monitored precisely via embedded sensors. The user can program target temperature and time via the LED interface, ensuring consistent thermal conditions. Overheating protection adds safety and reliability to every operation.

✅ 💡 Advantages

• 🔒 Superior Safety: Integrated overheating protection at 140°C

• 🔁 Versatile Use: Wide block options for tubes, PCR strips, and plates

• 🎯 Precision Heating: Uniform temperature distribution (±0.5°C)

• 🕒 Flexible Timing: Programmable timer up to nearly 100 hours

• 💡 User-Friendly Interface: LED digital display for easy monitoring

• 🧱 Modular Design: Compatible with multiple block formats for different lab protocols

✅ 🔍 Recommended Models by Use Case

✅ 🧪 Ideal For

• Clinical diagnostics labs

• Biotechnology and pharmaceutical research

• Food and beverage quality testing

• Environmental analysis

• Molecular biology and PCR applications

• Blood collection sample processing