Nuclear Calorimeters | Heat-Check range by Setsafe
Date: - Categories: Markets
Nuclear calorimeters for precise radioactive material measurement
At Setsafe, we design and manufacture nuclear calorimeters that provide precise, non-destructive measurement of radioactive materials such as plutonium, americium, and tritium.
Our Heat-Check range combines accuracy, robustness, and scalability, offering reliable nuclear calorimetry solutions from laboratory R&D to industrial-scale inventory control.
Whether you need to quantify, characterize, or monitor nuclear materials, Heat-Check systems deliver the precision and reliability you require.
Why choose a Heat-Check nuclear calorimeter?
Every Heat-Check calorimeter is built to meet the most demanding nuclear standards for accuracy, reliability, and safety.
Developed through our proven engineering process, from design to qualification, the Heat-Check range can be adapted to your specific operational needs.
Key advantages:
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High-accuracy measurement (uncertainty <0.6%)
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Non-destructive and safe quantification
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Scalable design (SV, MV, LV)
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Traceable calibration and data acquisition
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Suitable for safeguards, waste management, and R&D
The Heat-Check range: From lab samples to industrial containers
Each Heat-Check nuclear calorimeter is designed to meet specific measurement needs, from small-scale laboratory applications to large nuclear waste containers.
All models share the same high accuracy, intuitive interface, and robust design, making calorimetry accessible and dependable at every scale.
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Heat-Check SV – For Small Samples
Compact, precise, and fast, the Heat-Check SV is ideal for research laboratories and process development. It provides highly accurate calorimetric measurements for small quantities of radioactive material, ensuring repeatability and ease of use.
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Heat-Check MV – For Medium Volumes
The Heat-Check MV offers the perfect balance between versatility and precision. Suitable for medium-sized containers or test samples, it’s a robust solution for laboratories and pilot-scale applications.
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Heat-Check LV – For Large Containers
Designed for large-volume measurements, the Heat-Check LV enables precise quantification of plutonium, americium, and other isotopes contained in drums or shielded containers: ideal for waste management and inventory control.
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Heat-Check Ultra – For the Highest Sensitivity
The Heat-Check Ultra pushes the boundaries of nuclear calorimetry. Capable of detecting extremely small quantities of Pu, Am, or Cm, it ensures unmatched sensitivity for R&D and safeguards applications.
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Heat-Check Fast – For fast measurement
The Heat-Check Fast offers rapid throughput for operations that require faster measurement cycles without compromising on accuracy.
Applications of nuclear calorimetry
The Heat-Check calorimeters are used worldwide for:
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Quantifying plutonium and americium in nuclear materials
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Measuring tritium or beta emitters
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Characterizing nuclear waste and dismantling residues
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Supporting safeguards and regulatory control
Contact us and ask for a quote – Setsafe: your partner in nuclear measurement solutions
With decades of expertise in radioactive material measurement, Setsafe provides end-to-end solutions, from standard systems to fully customized calorimetry setups.
Our mission: to make nuclear quantification safer, simpler, and more reliable.
Contact our experts to talk about your project and ask for a quote.
News
Calorimetry for next-generation technologies
Categories: Technologies
Excerpt: Calorimetry is a non-destructive measurement technique very useful for the quantification of tritium, americium and plutonium
How and why quantify americium ? (White paper)
Categories: Setsafe News
Excerpt: Explore the opportunities and challenges of quantifying americium, methods for characterizing this radioactive material, and techniques to ensure maximum reliability in our white paper.
How and why quantifying plutonium ? (White paper)
Categories: Setsafe News
Excerpt: For any nuclear facility, managing inventories or quantities of radioactive materials and waste is a major challenge, with multiple aspects: protection of workers and the…