For simple and flexible operator acknowledgement, we recommend a freely configurable operating box that can be adapted and designed to your requirements.

Often, a barcode scanner is used for quick and easy recording of a construction order, DUT or other information. Our measuring and test equipment is compatible with all standard barcode scanners.

After a test, the results often need to be documented directly. With this option we supply you with various printers (labels, paper).

For connection to a higher-level production, production flow or documentation system (e.g. manufacturing execution system, ERP system), our measuring and testing technology can be extended with an industrial PC for communication with these systems

You need component identification via RFID? With this option, we include an RFID antenna in our system according to your wishes, so that the DUT can be automatically recognized by our test technology.

This model serves the electronic review by Valeo ultrasonic sensors that are used in the field of automotive bumpers. The measuring equipment provides eight freely configurable measuring channels in a compact housing which means that the device can be used in a versatile manner The Midi-PDC is downwards compatible and supports the Valeo Generation 5, Generation 4 and Generation 3. On request, this can be extended to generation 6.

The test specification of the manufacturer Bosch defines a separate test procedure. We integrate the generation-specific test module into the test system on the hardware and software side.

For electronic components with CAN (-FD) interface, a pure presence check via current consumption is often not sufficient. In order to differentiate between the sensor variants, to read out the hardware and software version or to log the installed serial number, communication via the sensor-specific bus system is required for these safety-relevant components (e.g. radar sensors). In conjunction with the associated software module, a wide variety of testing tasks can be parameterized and covered.

For electronic components with FlexRay interface, a pure presence check via current consumption is often not sufficient. In order to differentiate between the sensor variants, to read out the hardware and software version or to log the installed serial number, communication via the sensor-specific bus system is required for these safety-relevant components (e.g. radar sensors). In conjunction with the associated software module, a wide variety of testing tasks can be parameterized and covered.

For electronic components with LIN interface, a pure presence check via current consumption is often not sufficient. In order to differentiate between the sensor variants, to read out the hardware and software version or to log the installed serial number, communication via the sensor-specific bus system is required for these safety-relevant components (e.g. radar sensors). In conjunction with the associated software module, a wide variety of testing tasks can be parameterized and covered.

Different interfaces, e.g. KOAX, LVDS and Ethernet, are now used for more extensive tests of cameras. Our camera communication modules allow fast integration into overriding test station control systems.

Is a pure presence check of the electronic components sufficient? The presence of the components can be checked with this module.

DUT often contain metallic components, e.g. clips or rivets, and the assembly of these parts also needs to be checked. The test equipment can be equipped with inductive sensors using this module.

The test equipment can be equipped with capacitive sensors to inspect non-metallic components.

Various types of colour sensors can be used to detect and differentiate painted components. The highest level of flexibility is achieved in combination with a robot.

Often, the test is the last step before delivery. This module allows documentation of the delivery state by means of various camera types.

For simple and flexible operator acknowledgement, we recommend a freely configurable operating box that can be adapted and designed to your requirements.

Often, a barcode scanner is used for quick and easy recording of a construction order, DUT or other information. Our measuring and test equipment is compatible with all standard barcode scanners.

After a test, the results often need to be documented directly. With this option we supply you with various printers (labels, paper).

The Midi, MidiAdvanced and Maxi test equipment is supplied as standard with a normal screen and a keyboard. On request, the normal screen can be replaced with a touch monitor.

You need component identification via RFID? With this option, we include an RFID antenna in our system according to your wishes, so that the DUT can be automatically recognized by our test technology.

This model serves the electronic review by Valeo ultrasonic sensors that are used in the field of automotive bumpers. The measuring equipment provides eight freely configurable measuring channels in a compact housing which means that the device can be used in a versatile manner The Midi-PDC is downwards compatible and supports the Valeo Generation 5, Generation 4 and Generation 3. On request, this can be extended to generation 6.

The test specification of the manufacturer Bosch defines a separate test procedure. We integrate the generation-specific test module into the test system on the hardware and software side.

For electronic components with CAN (-FD) interface, a pure presence check via current consumption is often not sufficient. In order to differentiate between the sensor variants, to read out the hardware and software version or to log the installed serial number, communication via the sensor-specific bus system is required for these safety-relevant components (e.g. radar sensors). In conjunction with the associated software module, a wide variety of testing tasks can be parameterized and covered.

For electronic components with FlexRay interface, a pure presence check via current consumption is often not sufficient. In order to differentiate between the sensor variants, to read out the hardware and software version or to log the installed serial number, communication via the sensor-specific bus system is required for these safety-relevant components (e.g. radar sensors). In conjunction with the associated software module, a wide variety of testing tasks can be parameterized and covered.

For electronic components with LIN interface, a pure presence check via current consumption is often not sufficient. In order to differentiate between the sensor variants, to read out the hardware and software version or to log the installed serial number, communication via the sensor-specific bus system is required for these safety-relevant components (e.g. radar sensors). In conjunction with the associated software module, a wide variety of testing tasks can be parameterized and covered.

Different interfaces, e.g. KOAX, LVDS and Ethernet, are now used for more extensive tests of cameras. Our camera communication modules allow fast integration into overriding test station control systems.

Is a pure presence check of the electronic components sufficient? The presence of the components can be checked with this module.

DUT often contain metallic components, e.g. clips or rivets, and the assembly of these parts also needs to be checked. The test equipment can be equipped with inductive sensors using this module.

The test equipment can be equipped with capacitive sensors to inspect non-metallic components.

Various types of colour sensors can be used to detect and differentiate painted components. The highest level of flexibility is achieved in combination with a robot.

Often, the test is the last step before delivery. This module allows documentation of the delivery state by means of various camera types.

DUTs contain numerous non-electronic components and parts that need to be checked with respect to their presence or model. One quick and simple method is analysis by means of image processing. With this module, varying quantities of different camera types can be integrated into the test equipment.

This option allow the control of the test equipment by means of commands or data exchange, for instance by means of simple inputs and outputs, PLC, Profibus or Ethernet.

For simple and flexible operator acknowledgement, we recommend a freely configurable operating box that can be adapted and designed to your requirements.

Often, a barcode scanner is used for quick and easy recording of a construction order, DUT or other information. Our measuring and test equipment is compatible with all standard barcode scanners.

After a test, the results often need to be documented directly. With this option we supply you with various printers (labels, paper).

The Midi, MidiAdvanced and Maxi test equipment is supplied as standard with a normal screen and a keyboard. On request, the normal screen can be replaced with a touch monitor.

This option prevents damage caused by uncontrolled shutdown of measuring and test equipment as a result of power failures. The uninterruptible power supply ensures a buffer for correct shutdown of the test station.

You need component identification via RFID? With this option, we include an RFID antenna in our system according to your wishes, so that the DUT can be automatically recognized by our test technology.

This model serves the electronic review by Valeo ultrasonic sensors that are used in the field of automotive bumpers. The measuring equipment provides eight freely configurable measuring channels in a compact housing which means that the device can be used in a versatile manner The Midi-PDC is downwards compatible and supports the Valeo Generation 5, Generation 4 and Generation 3. On request, this can be extended to generation 6.

The test specification of the manufacturer Bosch defines a separate test procedure. We integrate the generation-specific test module into the test system on the hardware and software side.

For electronic components with CAN (-FD) interface, a pure presence check via current consumption is often not sufficient. In order to differentiate between the sensor variants, to read out the hardware and software version or to log the installed serial number, communication via the sensor-specific bus system is required for these safety-relevant components (e.g. radar sensors). In conjunction with the associated software module, a wide variety of testing tasks can be parameterized and covered.

For electronic components with FlexRay interface, a pure presence check via current consumption is often not sufficient. In order to differentiate between the sensor variants, to read out the hardware and software version or to log the installed serial number, communication via the sensor-specific bus system is required for these safety-relevant components (e.g. radar sensors). In conjunction with the associated software module, a wide variety of testing tasks can be parameterized and covered.

For electronic components with LIN interface, a pure presence check via current consumption is often not sufficient. In order to differentiate between the sensor variants, to read out the hardware and software version or to log the installed serial number, communication via the sensor-specific bus system is required for these safety-relevant components (e.g. radar sensors). In conjunction with the associated software module, a wide variety of testing tasks can be parameterized and covered.

Different interfaces, e.g. KOAX, LVDS and Ethernet, are now used for more extensive tests of cameras. Our camera communication modules allow fast integration into overriding test station control systems.

Is a pure presence check of the electronic components sufficient? The presence of the components can be checked with this module.

DUT often contain metallic components, e.g. clips or rivets, and the assembly of these parts also needs to be checked. The test equipment can be equipped with inductive sensors using this module.

The test equipment can be equipped with capacitive sensors to inspect non-metallic components.

Various types of colour sensors can be used to detect and differentiate painted components. The highest level of flexibility is achieved in combination with a robot.

Often, the test is the last step before delivery. This module allows documentation of the delivery state by means of various camera types.

DUTs contain numerous non-electronic components and parts that need to be checked with respect to their presence or model. One quick and simple method is analysis by means of image processing. With this module, varying quantities of different camera types can be integrated into the test equipment.

This option allow the control of the test equipment by means of commands or data exchange, for instance by means of simple inputs and outputs, PLC, Profibus or Ethernet.

A static 3D scanner can be used to measure gaps and presence/installation check.

Robots are used in our most flexible test stations. These can be equipped with (3D) cameras or scanners and test all features and positions on the DUT.

Robots are used in our most flexible test stations. These can be equipped with (3D) cameras or scanners and test all features and positions on the DUT.

Our RoboInspector is ideal for optical control of your DUTs. It has a robot-supported camera connection including its own coordinated LED lights or flash light.

Using a 2D scanner is recommended for flexible presence and assembly check, as well as gap measurements across the entire DUT.

Using a 3D scanner is recommended for flexible presence and assembly check, as well as gap measurements across the entire DUT.

Some DUTs contain several paint layers that must be checked. With this new method, these different layer thicknesses can be measured in the micrometer range without damage.

For simple and flexible operator acknowledgement, we recommend a freely configurable operating box that can be adapted and designed to your requirements.

Often, a barcode scanner is used for quick and easy recording of a construction order, DUT or other information. Our measuring and test equipment is compatible with all standard barcode scanners.

After a test, the results often need to be documented directly. With this option we supply you with various printers (labels, paper).

The Midi, MidiAdvanced and Maxi test equipment is supplied as standard with a normal screen and a keyboard. On request, the normal screen can be replaced with a touch monitor.

This option prevents damage caused by uncontrolled shutdown of measuring and test equipment as a result of power failures. The uninterruptible power supply ensures a buffer for correct shutdown of the test station.

You need component identification via RFID? With this option, we include an RFID antenna in our system according to your wishes, so that the DUT can be automatically recognized by our test technology.