Measuring and testing technology
Precision and reliability are in demand in the measurement and testing technology sector. To achieve this, the control unit must be easy and intuitive for the user to operate. Visually and haptically contrasting buttons or easy-to-read touch displays ensure user-friendly usability. Measurements themselves can also be carried out using our printed sensors.
Flexible installation
You can choose between different installation options: glue, screw or plug. Or we can take care of the installation for you and integrate your HMI or sensor directly into a suitable housing.
Intuitive operation
Raised or recessed key surfaces through embossing, GT-Dome or In-Mold Decoration enable optimal finger guidance. The user can operate the measuring device blindly and concentrate fully on the measurement.
Shock and vibration resistant
Through robust designs and materials, we make your HMI or sensor solution shock and vibration resistant. If you wish, we can also carry out the relevant tests and provide the associated documentation for you.
Our solutions for measurement technology
HMIs
We develop and produce individual user interfaces for measuring devices of any kind. Depending on the requirements, flexible membrane keyboards with tactile feedback, intuitive touch systems or capacitive keys are used. On request, we also combine different input technologies with each other.
Raised or recessed key surfaces allow blind operation and ensure that the user can concentrate on the actual measurement.
HMIs
We develop and produce individual user interfaces for measuring devices of any kind. Depending on the requirements, flexible membrane keyboards with tactile feedback, intuitive touch systems or capacitive keys are used. On request, we also combine different input technologies with each other.
Raised or recessed key surfaces allow blind operation and ensure that the user can concentrate on the actual measurement.
Housing + carrier
We integrate our HMI and sensor solutions directly into a suitable housing or carrier made of plastic or metal.
For an individual solution, we will gladly take over the design or fall back on the housing program of our suppliers for a standard solution. Alternatively, we also manufacture plastic parts with complex geometries using in-house 3D printing.
If you undertake the installation in your measuring device yourself, you can choose from variable installation options: screw, glue or plug in.
Connectivity
Via built-in NFC tags or SIM cards, we make your measuring devices visible online.
Easily manage your devices on the IoT platform and link them to custom content.
For an individual IoT solution, we draw on the expertise of our HK technology network and offer you everything from a single source, from the device to the platform to operation.
Printed Electronics + Sensors
We print individual foil sensors for displacement, angle and force measurement or position detection for precise measurement results.
The lightweight, low-profile and durable design means you benefit from a reliable solution that can be easily integrated even in cramped measuring equipment.
Start your project!
New development or redesign?
We are your partner from prototype to series production.
An example project in measurement technology
Together with our customer, we successfully implemented an HMI solution for measurement technology.
Intuitive operation of precise alignment systems
Measuring and testing technology
The ROTALIGN Ultra laser-optical precision alignment device from Prüftechnik Alignment Systems GmbH reliably prevents misalignment and achieves precise alignment of machines. For the alignment system, we have developed an intuitive and reliable control unit with alphanumeric input and backlighting, which is dustproof and splashproof according to IP65.
Innovative display concept for analyzers
Measuring and testing technology
Netzsch Analyzing & Testing relies on an innovative display concept for its high-precision analysis devices. A display unit was developed for precise control, which is used in several device versions.
