Plug & Log Measuring Instruments for Reliable Data

“We use sensors for process control to determine how (if at all) the process is influenced by environmental conditions in a prototype system. When I explored the options, your sensors stood out due to their multi-platform compatibility, software interface, and high precision.

Your sensors enable seamless integration into other software, allowing us to add this functionality to our system very quickly.

So far, I’ve been impressed with the sensors. They do exactly what you claim and ‘just work!”

“I just wanted to let you know that we really like your USB sensors. They work very well on our IoT platform.[…]

We have been working with Dracal’s product for some time, and we truly appreciate its ease of configuration and reliability.[…]

So far, the experience with Dracal sensors has been very positive. We have deployed them at several clients, both on the west coast and the east coast of the United States.”

“We manufacture devices for the quality assurance of medical devices. The Dracal RTD is part of our device. The data is used for calibration. We chose Dracal because it met our requirements for precision, temperature range, and robustness. It’s a very good product. The measurements are robust.

We use it as a reference point to calibrate other thermometers. This is crucial for us as we use temperature to test the quality of medical instruments. […]

Reliability is a crucial factor for us.”

ANV Laser

“Some time ago, you asked me if the PTH200 units I ordered lived up to expectations, and I can confidently say, yes! In fact, we are so pleased with them that I would like to order more. We use your instruments to monitor environmental conditions during measurements in the laboratory and on test beams. In the attached photo [omitted], you can see a PTH sensor in the measurement setup we use to measure the detection efficiency of silicon pixel sensors and spatial resolution using minimal ionizing particle beams.”

CERN

“Currently, I am working on measuring acoustic pressure levels for an hearing aid testing system. Since pressure, temperature, and humidity can impact the stimulus sound waves, we want to monitor these conditions and recalibrate our system if they deviate significantly from the previous calibration. In the past, I worked at a respiratory ventilator company where we used pressure, temperature, and humidity sensors to compensate for our airflow/pressure/volume stimulus and measurements. In our test systems, we had to use two separate sensors (one for temperature and humidity, and another for barometric pressure) to obtain air conditions. It would have been helpful to have a single device capable of measuring all three conditions with high precision, like the PTH200.” L. G.