Measuring systems.
For maximum process reliability.

Measuring in the machine.

Increase the accuracy of your manufacturing.

In the modern world of manufacturing, highly developed measuring systems are used for reasons of accuracy and set-up optimisation. Sensor systems and lasers contribute to ensuring the reliable quality of tools and workpieces in the machining process. Such systems therefore form the basis of precise and efficient execution of production processes. Discover the various options that can help in eliminating sources of error.

3D workpiece sensor systems.

The precise determination of the position and measurements of a workpiece is fundamental to your production accuracy. This measuring process can be carried out automatically by a measuring sensor that scans the workpiece directly in the work area of ​​your CNC machining centre. The scope of ​​a 3D sensor extends from preparatory measurements, such as determining allowances, regulating measurements during machining like readjustment for fits, up to monitoring measurements at the end of the program for generating logs.

Function.

Function.

When moving to a workpiece, the sensor is deflected, and a switching signal is transmitted to the control system by a precision switch. HEDELIUS uses the new bidirectional m&h IRP 25.50 sensor as standard. Besides the standard 50 mm sensor, various measuring mechanisms, different extensions and star-shaped sensors can be used. This means that the sensor can be optimally adapted to the upcoming requirements and applications in your production at any time.
Possible applications.

Possible applications.

  • Determining the workpiece zero point: Quick and accurate determination of the starting point for processing, which significantly reduces production time.
  • Determining the workpiece position: Precise determination and correction of the workpiece positioning to minimise machining errors.
  • Control measurement of workpiece dimensions: Ensuring product quality by accurately determining the dimensions during the production process.
Advantages.

Advantages.

The future-proof IRP25.50 supports a variety of measuring mechanisms:

  • PP41.00 Measuring unit with three-leg system
  • MY21.00 Measuring unit with hemispherical system
  • KTP44.10 Temperature measuring unit

Upon request, we can also fit your machining centre with systems from Heidenhain, Renishaw or Blum.

Mechanical sensors.

HEDELIUS uses the proven IRT35.70 infra-red tool measuring system from m&h for milling machines and machining centres as standard. The patented magnetic holder can be positioned anywhere on the machine table. The three-leg support allows the system to achieve an extremely high level of manual changeover repeatability. The work area and chip fall are not restricted by any interfering cables. This means that tool measurement and tool breakage detection can be carried out flexibly with just one device, even on machines with alternating machining stations.

 

Advantages.

Advantages.

  • Positioning without tools thanks to 3-point support and magnetic holding force
  • Rapid installation on pre-assembled base plate or directly on the machine table
  • No calibration with manual repeat positioning

Attached to the rotating/swivelling table of an ACURA machining centre.

Free positioning with the aid a magnetic base plate on the work table of a FORTE or TILTENTA machining centre.

Laser measuring bridge.

Non-contact tool measurement by means of a laser beam enables not just accurate and non-contact measurement of length and diameters, but also automatically checks for tool wear or breakage. An important prerequisite for precision manufacturing is reliable tool data. The measurement data is automatically transferred to the control system's tool table. For this, HEDELIUS has opted for the leading technology from Blum Digilog.

 

Advantages.

Advantages.

  • Highly dynamic measurements of all tool characteristics
  • Non-contact measurement of all types of tools, shapes and cutting materials
  • Detection of changes in geometry such as wear on the cutting edge
  • Excellent part accuracy through in-process temperature compensation
  • Reliable compensation of spindle growth and concentricity errors
  • Automatic concentricity monitoring identifies poor tool fittings and fouling
  • Low-manned, automated operation

Attached to the rotating/swivelling table of an ACURA machining centre.

Free positioning on the work table of a FORTE or TILTENTA machining centre.

Drill breakage control.

Both the mechanical sensor and the laser are suitable for breakage detection. But they require time for moving back and forth, time that is particularly short in automated series production. That is why HEDELIUS offers a fast breakage detection system for drills and taps integrated with the tool magazine in the ACURA models. After each tool change, a sensor stylus probes the drill or tap to check the length stored in the work table. The measuring process only takes about 3 seconds and is thus significantly faster than measuring using a sensor or laser.

 

Enquire.

Our experts are happy to support you in realising your specific solution concept. Find out what potential a wide variety of accessory options hold for your manufacturing and discover our advantageous sensor packages. Arrange a non-binding consultation now! Please use the contact form below or send us an e-mail to sales@hedelius.de.

 

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