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product description
CONTURA-- from Zeiss flexible, reliable and excellent quality assurance measurement platform. The latest generation of higher precision measuring machine, compatible with a variety of optical probes, in order to achieve a broader measurement range. Excellent measurement technique, measurement software CALYPSO Zeiss Universal Measuring procedure and highly optimized so that the same becomes CONTURA measuring machine for the benchmark.
Mainly used to measure mechanical, automotive, aviation, military, furniture, tools, prototype, and other small machine parts, molds, etc. in the housing, rack, gear, cam, worm wheel, worm, leaf, curves, surfaces and the like, may also be used in electronic, metal, plastic and other industries, can precisely detect the workpiece size, shape, and geometric tolerance, thereby completing part inspection, shape measurement, process control tasks.
Probe Type
CONTURA can be equipped with stationary passive probe, Zeiss RDS flexible articulation seats or active scanning probe stylus. Various types of probes have scanning capabilities. Active probe using Zeiss navigator art - high-speed measurements at hand.
Stable measurement results
Depending on configuration, a ceramic or industrial use CONTURA CARAT rails, having excellent rigidity, low thermal expansion and light weight body. Triaxial air bearing surrounded on all sides are used, stability can be maintained at high speed and acceleration conditions. Glass ceramic scale with zero expansion characteristic suspended CONTURA mounted on the guide rail, therefore no need to install a temperature sensor or error compensation. So that the protective properties of high-grade machines may be used in the production workshop.
Computer-aided accuracy correction (CAA)
Dynamic deformation bridge directly affect the measurement accuracy, especially particular when scanning measurement. CONTURA calculate the desired value of this dynamic compensation effect. Thus also at high speed to ensure accuracy measurement environment.
Easy to control
Users do not need a computer, simply by means of user-friendly control panel to control the system. It can be more convenient and precise control over the movement of all axes through advanced joystick. Speed can be adjusted in the CNC mode.
Options
HTG (wide temperature gradient) option to ensure (18-26 deg.] C) consistent accuracy within a wide temperature range. X = measuring machine 700 / 1000mm comprises a workpiece and the measuring machine a temperature sensor integrated probe holder can be obtained without the need for calibration efficient active stylus for rapid exchange rack option Zeiss AirSaver feature can save 60% of the compressed gas amount.
software:
ZEISS CALYPSO rules for common geometry measurement software
1) Key Features Overview
Automatic movement path
Efficient operation of automated measurement, recording without unnecessary features
ZEISS CALYPSO PMI: using the product and measurement information on the CAD model to generate a measurement program automatically
Contains ZEISS PiWeb reporting: there are professional interaction
I for controlling non-Zeiss measuring machine interfaces ++ DME
2) a specialized solution
Wherein the drawing shows which must be measured; size, shape and position error tolerance values. And other measuring program different is that in the ZEISS CALYPSO, these features are also programmed starting point. To create the measuring program is easy to learn, targeted, and efficient.
Geometric characteristics desired characteristics, for example: circular, line or plane, ZEISS CALYPSO be separately managed. The features and characteristics of the separation, allowing ZEISS CALYPSO more flexible, faster, more simple operation.
3) more flexibility
Simple and convenient way to produce the measurement program - also may depend on the user's desired order.
You can easily change the order of the measurement operation in the measuring program.
Any selected component from the characteristics of the drawing, to allow automatic ZEISS CALYPSO portion measured immediately.
ZEISS CALYPSO PMI: automatically generated measurement procedures
4) using the ZEISS CALYPSO PMI automatically from a CAD model to the measurement procedures
ZEISS CALYPSO standard kit includes the latest ZEISS CALYPSO PMI function. Product and Manufacturing PMI is the abbreviation for Information (product and manufacturing information). It may be automatically performed in a manner to measure the program by means ZEISS CALYPSO PMI, contained in the CAD model size, shape and position tolerance value products and manufacturing information, thus significantly reducing the workload of the user.
5) comprising a ZEISS PiWeb reporting
ZEISS PiWeb reporting is included in the delivery range of ZEISS CALYPSO. Users can use report templates or create your own reports or templates. ZEISS PiWeb reporting plus the option that allows the user statistics contained increased from 10 to 1,000 measurements. ZEISS PiWeb sbs and ZEISS PiWeb Enterprise suite provides users a complete set of network quality data management systems.
product description
CONTURA-- from Zeiss flexible, reliable and excellent quality assurance measurement platform. The latest generation of higher precision measuring machine, compatible with a variety of optical probes, in order to achieve a broader measurement range. Excellent measurement technique, measurement software CALYPSO Zeiss Universal Measuring procedure and highly optimized so that the same becomes CONTURA measuring machine for the benchmark.
Mainly used to measure mechanical, automotive, aviation, military, furniture, tools, prototype, and other small machine parts, molds, etc. in the housing, rack, gear, cam, worm wheel, worm, leaf, curves, surfaces and the like, may also be used in electronic, metal, plastic and other industries, can precisely detect the workpiece size, shape, and geometric tolerance, thereby completing part inspection, shape measurement, process control tasks.
Probe Type
CONTURA can be equipped with stationary passive probe, Zeiss RDS flexible articulation seats or active scanning probe stylus. Various types of probes have scanning capabilities. Active probe using Zeiss navigator art - high-speed measurements at hand.
Stable measurement results
Depending on configuration, a ceramic or industrial use CONTURA CARAT rails, having excellent rigidity, low thermal expansion and light weight body. Triaxial air bearing surrounded on all sides are used, stability can be maintained at high speed and acceleration conditions. Glass ceramic scale with zero expansion characteristic suspended CONTURA mounted on the guide rail, therefore no need to install a temperature sensor or error compensation. So that the protective properties of high-grade machines may be used in the production workshop.
Computer-aided accuracy correction (CAA)
Dynamic deformation bridge directly affect the measurement accuracy, especially particular when scanning measurement. CONTURA calculate the desired value of this dynamic compensation effect. Thus also at high speed to ensure accuracy measurement environment.
Easy to control
Users do not need a computer, simply by means of user-friendly control panel to control the system. It can be more convenient and precise control over the movement of all axes through advanced joystick. Speed can be adjusted in the CNC mode.
Options
HTG (wide temperature gradient) option to ensure (18-26 deg.] C) consistent accuracy within a wide temperature range. X = measuring machine 700 / 1000mm comprises a workpiece and the measuring machine a temperature sensor integrated probe holder can be obtained without the need for calibration efficient active stylus for rapid exchange rack option Zeiss AirSaver feature can save 60% of the compressed gas amount.
software:
ZEISS CALYPSO rules for common geometry measurement software
1) Key Features Overview
Automatic movement path
Efficient operation of automated measurement, recording without unnecessary features
ZEISS CALYPSO PMI: using the product and measurement information on the CAD model to generate a measurement program automatically
Contains ZEISS PiWeb reporting: there are professional interaction
I for controlling non-Zeiss measuring machine interfaces ++ DME
2) a specialized solution
Wherein the drawing shows which must be measured; size, shape and position error tolerance values. And other measuring program different is that in the ZEISS CALYPSO, these features are also programmed starting point. To create the measuring program is easy to learn, targeted, and efficient.
Geometric characteristics desired characteristics, for example: circular, line or plane, ZEISS CALYPSO be separately managed. The features and characteristics of the separation, allowing ZEISS CALYPSO more flexible, faster, more simple operation.
3) more flexibility
Simple and convenient way to produce the measurement program - also may depend on the user's desired order.
You can easily change the order of the measurement operation in the measuring program.
Any selected component from the characteristics of the drawing, to allow automatic ZEISS CALYPSO portion measured immediately.
ZEISS CALYPSO PMI: automatically generated measurement procedures
4) using the ZEISS CALYPSO PMI automatically from a CAD model to the measurement procedures
ZEISS CALYPSO standard kit includes the latest ZEISS CALYPSO PMI function. Product and Manufacturing PMI is the abbreviation for Information (product and manufacturing information). It may be automatically performed in a manner to measure the program by means ZEISS CALYPSO PMI, contained in the CAD model size, shape and position tolerance value products and manufacturing information, thus significantly reducing the workload of the user.
5) comprising a ZEISS PiWeb reporting
ZEISS PiWeb reporting is included in the delivery range of ZEISS CALYPSO. Users can use report templates or create your own reports or templates. ZEISS PiWeb reporting plus the option that allows the user statistics contained increased from 10 to 1,000 measurements. ZEISS PiWeb sbs and ZEISS PiWeb Enterprise suite provides users a complete set of network quality data management systems.
