The IMS measuring probes are a new generation of inductive measuring probes with integrated signal processing and digital interface. The new IMS measuring probes are based on the reliable clearance-free ball bearings and the robust inductive measuring principle. But the sensible and sensitive analogue measuring signals are no longer transferred out of the case of the measuring probe via cables and then measured externally by electronics, instead they are processed and digitised directly inside the IMS measuring probes. Therefore, they are robust against interferences, can be error compensated (linearity & temperature) and can output their identification data over the interface. A complete set of connection accessoires for simple connections as bus as well as radio modules are available.

The sensor display unit SD1 was especially developed for industrial use. The robust case with rubber shock protection as well as high protection class allow usage in rough manufacturing environment.
The display is rotatable, a numeric display shows the measuring values with high resolution and an analogue display with coloured LEDs presents clearly the tolerance status of the component.
The sensor display SD1 features a large scope of operation and can be configured freely for the particular application as required by windows software.
As sensors the IMS measuring probes are used.

The wireless gauge handle H1 allows the connection of various gauge heads for measurement of bores, outer and inner diameters, gears and depths.
The integrated precision measuring probe IMS-5S has a resolution of 0.1μm and a precision of < 1μm.
The measuring data is continuously transfered for live display to the receiver and is stored in software by pressing the button of the wireless gauge handle.
The integrated radio module from the ISM series offers 500 addresses, high transmission range and a long battery life time (approx. 1 year).

The computer displays CD43 and CD70 are small and powerful display units for measuring applications, which cannot be simply solved by using dial gauges or classic gauges.
The robust aluminium case as well as a high protection class allow usage in rough manufacturing environments.
The new sensor interface ISi bus allows connection of up to 60 measuring probes, sensors, hand- and foot switches. For fast and simple solving of measuring applications as well as for trend display of the production process, the CD43 and CD70 are delivered with the user-friendly software ComGage Level 1.

The IBR Measuring Bus [ IMBus ] is a technology step in the metrology and interface technology.
Powerful connection modules for all sensors and gauges as well as a maximum of flexibility for the connection to current computer interfaces characterize the IMBus - Series.

The ISM radio module series allows wireless transmission of measured values from gauges and probes to a PC.
The miniature radio modules are a technology step in interface technology and replace gauge connection cables as well as interface boxes.
Most important features are :

• 500 configurable addresses
• up to 300m transmission range in free field
• up to 300.000 data transmissions with one battery load
• very compact size

The compact measuring computer Mecc is a robust and universal industrial computer for manual and automatic collection of measured values with statistical analysis.
Programmable measuring sequences and control functions allow the automatic operation of multi - gauging fixtures up to the transfer of correction values to CNC machines.
By the usage of IMBus modules the measuring computer can be individually configured for each application with 1 ... 64 measuring inputs.

The measuring computer Meic is a robust and universal industrial computer for manual and automatic collection of measured values with statistical analysis.
Programmable measuring sequences and control functions allow the automatic operation of multi - gauging fixtures up to the transfer of correction values to CNC machines.
By the usage of IMBus modules the measuring computer can be individually configured for each application with 1 ... 512 measuring inputs.

The measuring computer Meic-Core is a robust and universal industrial computer for manual and automatic collection of measured values with statistical analysis.
Programmable measuring sequences and control functions allow the automatic operation of multi - gauging fixtures up to the transfer of correction values to CNC machines.
By the usage of IMBus modules the measuring computer can be individually configured for each application with 1 ... 512 measuring inputs.

The digital gauge B200 is an electronic gauge for connecting 1... 8 inductive and incremental probes, pneumatic gauge heads, sensors with analogue current or voltage outputs and gauges with digital interface.
The high flexibility concerning the connection of sensors and gauges is achieved due to the modular design and the usage of IMBus modules as well as by the highly sophisticated measuring programs.
The 3-colored column display allows the fast display of the tolerance result.

The column gauge C200 is an electronic gauge for connecting 1...8 inductive and incremental probes, pneumatic gauge heads, sensors with analogue current or voltage outputs and gauges with digital interfaces.
The high flexibility of connecting sensors and gauges is achieved due to the modular design and the usage of IMBus modules as well as by the highly sophisticated measuring programs.
The 3-colored column display allows the fast display of the tolerance result.

ComGage is a software for metrology and statistical process control on manufacturing sites.
The software is suitable for simple displaying of measured values up to complex measuring applications with control sequences, as well as for testing of components with several characteristics in small and large series.
Additionally, the software provides information for statistical process control by means of the included statistical functions.
The software is available in 3 different editions :

• ComGage Level 1
• ComGage Level 2
• ComGage Professional

The IBREXDLL software allows reading in measured data from all IBR interface and measuring instruments to MS-Excel.
The data can be assigned freely to the cells of any Excel workbook.
Afterwards the collected measured values can be statistically analysed by control charts, histograms, statistical data, ... .