Toplotni blok

Thermo Fisher Scientific Heat Block

Condition Used
Stock Number 53644
This listing is for a Thermo Scientific Heat Block


The unit is in full working condition and is ready for immediate release


The Thermo Fisher Heat Block – Dry Bath is an advanced and versatile laboratory device designed to meet a variety of heating needs in research, clinical, or industrial applications. This digital dry heater offers precise control over temperature and time, making it ideal for experiments that require consistent and uniform heating.


Key Features:


Dynamic Temperature Stability: This heat block provides excellent temperature uniformity of less than ±1.0°C and temperature accuracy of less than ±0.5°C at 37°C, ensuring reliable and reproducible results.


Proportional-Integral-Derivative (PID) Controller: The PID controller offers precise control over the heating process, allowing users to select specific temperatures and times. The system also enables fast heat-up for samples, optimizing workflow and reducing wait times.


Wide Temperature Range: Temperatures can be set in 0.1°C increments, ranging from ambient +5°C to 130°C, making the heat block adaptable for a wide range of applications.


Programmable Timing: The heat block includes a programmable timer that can be set for up to 99 hours and 59 minutes. This feature allows users to run multiple processes without needing to monitor the heating continuously.


Interchangeable Blocks: The Thermo Fisher Heat Block is designed for flexibility, with interchangeable blocks that can accommodate various tube sizes, vials, and microplates. This makes it suitable for a broad range of lab applications.


Digital Interface: The heat block features a user-friendly digital interface, making it easy to set and adjust the temperature and time.


Psdowbbi Aepfx Aflerc
Reliability for Multiple Applications: These dry baths are an excellent choice for labs needing a sophisticated, reliable heat block for applications like PCR, enzyme digestion, sample incubation, and more.