Products 
CARMET
Attractive introduction to horizontal-arm measuring technology
 
Carl Zeiss offers a device for medium-sized companies, suppliers and manufacturers in the automotive industry: CARMET, the horizontalarm measuring machine. Precision, longterm stability and investment security have been incorporated into this system. CARMET II meets all of the demands of a fully automated coordinate measuring machine for the dimensional control of reshaped and originally shaped components.

  • Introduction
  • Available Software
  • Available Sensors
  • Solutions
Key features
CARMET has been optimized to ensure that the maximum measuring range is available for the specified machine dimensions. Integrating the controller into the measuring machine not only decreased the number of interfaces, but also simplifies installation and reduces system footprint. The unique trapezoidal structure of the Z column with a bionic design is based on nature, thus enabling a stable and simultaneously effective design solution.
 
Machine technology
All axes are equipped with proven linear guide - ways featuring ball chains for an optimal service life, accuracy and rigidity. The panels on the column can be removed in only a few steps. The components relevant to maintenance are easily accessible and replaceable, thus reducing maintenance times and increasing availability.
 
Sensors
CARMET II comes standard with the RDS-C stepping articulating probe holder featuring CAA. In conjunction with the CAA computer-aided correction system, RDS is a real calibration wonder. RDS-CAA calibrates automatically by mathematical calculation. It calibrates 8-12 angular positions and uses the stylus in all 20,736 positions. You simply cannot measure any more flexibly. RDS-CAA makes it possible to change a stylus manually or auto matically with a high degree of precision and without recalibrating the stylus. You can move all styli into any angular position without delay.
CALIGO & HOLOS
 
Ø    CALIGO
——Precisely Capture Freeform Surfaces.
The complete program for freeform surfaces and more.
 
CALIGO, the new software for freeform surfaces, makes the measurement of car body parts easier and faster than ever. The completely new software architecture provides highly efficient tools for analysis measurements, serial measurements, simulations and reporting.
 
Ø    HOLOS
——Precisely Capture Freeform Surfaces
The total program for freeform surfaces and more
 
HOLOS is a modular software package for the measurement of freeform surfaces. Additionally, the Geo and Digitize modules enable inspection of standard geometries and digitization of surfaces and curves.
RDS——The basis for maximum flexibility
ZEISS FalconEye——For fast, accurate analysis


Ø     RDS——The basis for maximum flexibility
The RDS articulating probe holder is particularly well-suited for measuring complex parts, where features require many styli with different spatial directions. It reaches up to 20,736 positions in 2.5-degree increments – thus providing access to every part feature. This is made possible by the horizontally and perpendicularly arranged rotary axes with rotational ranges of plus/minus 180 degrees.
Furthermore, the RDS-CAA for touch-trigger and measuring sensors leads to shorter calibration times: only a few spatial angular positions require calibration. During programming, the RDS can be easily positioned using the joystick on the control panel to enable shorter programming times. Designs are available for machines in standard, compact and multisensor configurations.

Ø    ZEISS FalconEye——For fast, accurate analysis
These days, the automotive industry has less and less time to develop new vehicle models. This means proven solutions have to be combined with the latest technology. With ZEISS FalconEye, it is now possible to also use the same technology as that of the ZEISS EagleEye navigator on stepping, articulating probe holders.
A Total System Solution
——Automotive supplier IAC relies on Carl Zeiss for measuring technology and documentation
 
An order for an international automobile manufacturer challenged the abilities of automotive supplier IAC Group. ZEISS supported the company with a total system comprised of measurement planning, programming and documentation, as well as a user-friendly measuring machine with fixture equipment and on-site service in Romania.
 
The situation
On behalf of international automobile manufacturers, the company manufactures systems and components for the exterior and interior of vehicles. Exact documentation of quality inspection is a fact of life at IAC.
 
High expectations
In 2010, IAC received an order to design and manufacture around 100 components for a new model, including the dashboard, center console and door paneling. The designs originated from the proven IAC site in Basildon, UK. IAC planned production in Romania beginning in 2012.
One aspect seemed particularly important: how could the documentation of the measurements be generated in the format requested by the customer? Standard measuring software was not the solution.
ZEISS met the demands of the automotive supplier regarding measuring machine, fixture equipment, software and service, thus laying the foundation for a pilot project.
 
Thinking ahead
The client required quality planning in advance with precisely defined and numbered measuring points. In each of the four or five development and coordination steps, the measured points had to be adapted accordingly.
IAC implemented a new process with the help of ZEISS: the key difference to the past: the dimensional engineers in Basildon now specify the measured points right in the first draft of a product. They specify the respective tolerances and the customer-specific numbering – directly in the CAD model. An add-on tool from Gigatronik enables them to enter the points in CATIA. Finally, IAC coordinates planning with the customer.
 
Three processes
"The CAD model with the measured data is used as the basis for three processes," explains Roger Douven, who is responsible for purchasing quality inspection for the IAC Group. "First for the design of the clamping equipment, second for the generation of the measuring program and third for the documentation." The clamping equipment is used to fix each workpiece for the measurement in exactly the position it will be mounted in a car. Generating the measuring program – offline with CALIGO measuring software – is also based on the measured points specified in the CAD model at the start of the process. Measuring technicians save around 60-70 percent of the time needed for programming because they no longer have to start from the beginning. Furthermore, the measurement point planning in the CAD model meets one main goal: it provides the foundation for documentation using PiWeb software from Carl Zeiss. After each measurement, the measuring results are automatically transferred to the central database of the documentation software. In this project, the results come from the CARMET II measuring machine from Carl Zeiss. In the end, PiWeb automatically combines all of this data into standardized documents. Carl Zeiss prepared the CARMET 3D coordinate measuring machine for the measurements so that inexperienced users can operate the system intuitively. And if anything should ever go wrong, Carl Zeiss employees are just around the corner.
 
About IAC Group
The IAC Group is a leading, international supplier of components and systems for car interiors. The Group's customers include all well-known car makers, for which IAC offers a broad portfolio of interior components and systems. The company has 76 production sites in 15 countries. The company is headquartered in Luxembourg.