Custom Sensor Matrices for Precise Temperature Mapping
High-precision custom sensor matrices on request, adapting the system to your geometry, temperature range, and resolution requirements.
High-precision custom sensor matrices on request, adapting the system to your geometry, temperature range, and resolution requirements.
Full-surface temperature insight reveals defects early, improves consistency, and reduces material waste.
Understanding real thermal behavior helps optimize heating performance and avoid unnecessary energy consumption.
Stable, accurate temperature data allows machines to run predictably, prevents overheating, and supports safer operation.
Our device is used inside printer chambers to measure surface temperature during the preheating phase across the powder bed or build area. By revealing temperature variations before printing starts, the printer setup can be adjusted more accurately, ensuring more uniform thermal conditions for the build process.
This helps reduce thermal inconsistencies that often lead to defects in later stages of printing.
Additive manufacturing is the primary area where Thermspot develops, tests, and validates its technology. We design surface temperature measurement solutions for SLS and SLM printers, focusing on accurate monitoring of preheating and build conditions inside the printer chamber.
Detailed insight into temperature distribution enables tighter process control, more stable thermal conditions, and consistent machine behavior across builds. This improves part quality, increases repeatability, and reduces failed prints and material waste. Over time, reliable temperature data also supports machine tuning, maintenance decisions, and long-term process optimization.
Thermspot technology can be used to measure surface temperature distribution on solar panels during maintenance inspections or after the manufacturing process. Full-surface temperature mapping helps detect hot spots or cold spots caused by defects, cell damage, or connection issues, helping optimize panel performance.
Surface temperature distribution plays a critical role in battery safety, efficiency, and lifetime. Measuring temperature across battery packs, modules, or cooling plates enables detection of local overheating and uneven cooling, helping identify thermal imbalance during testing, validation, and operation.
Uneven heat distribution on electronic assemblies can lead to performance issues and long-term reliability problems. Mapping surface temperature across PCBs and electronic components enables identification of hot spots, evaluation of cooling effectiveness, and better understanding of thermal behavior during testing and operation.
Our devices can be used to verify temperature uniformity in medical equipment such as heating pads and incubators, as well as to map surface temperature on the human body. Typical applications include device testing, rehabilitation monitoring, evaluation of wearable devices, and research studies involving temperature distribution.
Many industrial processes rely on uniform heating of tools and surfaces such as sealing bars, press platens, molds, and heating plates. Measuring surface temperature distribution across these components helps detect uneven heating, local hot spots, or thermal drift, enabling more stable processes and consistent product quality.
Research and experimental setups often require measurement solutions tailored to specific conditions. Flexible sensor matrix design allows adaptation to different geometries, temperature ranges, and resolutions, making surface temperature mapping suitable for material research, thermal experiments, and custom laboratory setups.
Thermspot is a technology startup developing precise, modular systems for full-surface temperature mapping.
Our mission is to give engineers, researchers, and industrial operators the accurate thermal insight they need to improve quality, efficiency, and reliability in temperature-critical processes.
We believe that better data leads to better decisions — and temperature data has been overlooked for far too long.
Thermspot is here to change that.
Szymon Sokołowski
Electronics engineering background with experience from Danish industrial leaders.
Responsible for electronics development and product direction.
Kacper Reszka
Engineering, Innovation & Business background with project management experience.
Leads business development, partnerships, and strategy.
Krzysztof Tarasiuk
Mechatronics engineer with practical experience from academical research labs and system integration projects.
Responsible for technology development, system architecture, and technical execution.
LinkedIn Thermspot