Advanced Thermal Solutions

Will your IC and sensor perform in the most extreme temperature environments?

Introducing MD’s original direct thermal conduction technology. The most efficient and reliable testing solution!

Our advanced and patented technology in thermal forcing systems enables your engineering team to simply, efficiently and cost-effectively perform stable and accurate tests for IC/sensor devices over extreme temperatures. This results in enhanced reliability and stability even in the most exceptional temperature conditions.

The innovative MD thermal forcing systems allow for thermal validation testing on any package and integrate with automatic test equipment (ATE), SLT and Handlers.

In the laboratory, MD systems stimulate the DUT to the desired temperature with precision and consistency via direct thermal conduction through the thermal head’s plunger.

MD thermal control solutions are designed for customization to suit different package and interface variations.

Mechanical Devices is headquartered in Haifa Bay, Israel with a branch office in Santa Clara, CA. and a number of sale representatives at key locations throughout the United States, Canada, Asia and Europe.

Test your IC device with confidence without ever
worrying about temperature requirements.

Temperature range options from -75°C to 200°C.

Cooling power options can reach -55°C @ 400W.

Thermal Air Stream, Chamber and Chiller Replacement

Temperature range -75° – +200°
Power dissipation 0 – 700[W]
Free of fluids and compressed air
No overstress of DUT peripherals
Precise temperature delivery

Simple plug and play integration
Local or remote controlled
Frost free testing
We offer you online support 24/7

Less risk, more compact, for high-reliability testing!

MD Thermal control units were designed with high performance and flexibility in mind, allowing for customization to suit different package and interface variations. The system allows for temperature forcing on any package. With state of the art design and technology, MD units stimulates the DUT to the desired temperature precisely and consistently via direct contact with a thermal head’s plunger.

The thermal head uses direct contact whereby an interchangeable plunger creates direct contact with the DUT and drives Tc or Tj to the required temperature. A temperature sensor embedded in the plunger surface provides real-time temperature data. The system controller contains a touch-screen for temperature control options, as well as a LAN port for full automation. For cold testing, a condensation-free environment is maintained.