Mechanical Devices

Company Overview

Snapshot

Founded in July 2007, Mechanical Devices operates with 11–50 employees, specializing in thermal management systems. The company is recognized for its mature stage in the industrial technologies sector.

Business overview

Mechanical Devices (MD) develops and manufactures thermal management systems, specifically temperature forcing systems, for the semiconductor industry. Its core technology provides integrated precision solutions for temperature testing of IC devices and wafers. The company's thermal control units are designed for high performance and flexibility, allowing customization for various package and interface variations. These units enable precise and consistent temperature forcing via direct contact with a thermal head plunger, serving markets in Europe, Asia, and the United States within the electronic manufacturing and semiconductor sectors.

Company Intelligence Q&A

What is Mechanical Devices' primary focus?

Mechanical Devices primarily focuses on manufacturing thermal management systems, specifically temperature forcing systems, for the semiconductor industry to facilitate IC and sensor thermal cycle testing.

What type of products does Mechanical Devices offer?

Mechanical Devices offers products such as MaxTC G4, ECO COOL, FlexTC, and MaxTC Power Plus G4, all designed for precise temperature control in semiconductor testing.

Which markets does Mechanical Devices serve?

Mechanical Devices serves geomarkets across Europe, Asia, and the United States, providing its thermal management solutions to the semiconductor and electronic manufacturing industries.

What is the core technology behind Mechanical Devices' products?

The core technology involves thermal control units that use direct contact with an interchangeable plunger to stimulate the device under test (DUT) to the required temperature, with an embedded sensor providing real-time data.

How does Mechanical Devices ensure precision in its temperature forcing systems?

Mechanical Devices ensures precision through its thermal head design, which uses direct contact and an embedded temperature sensor in the plunger surface to provide real-time temperature data for accurate and consistent control.