Catalogue Hawk Non-Contact Measuring Systems
www.visioneng.com
print switch display
Page / 22
Contact the
Manufacturer
Where to buy
this product ?
Request
a Quote
VISION ENGINEERING - 93875, 89866
/ 22
See other catalogues for VISION ENGINEERING
Text version of the page

Hawk Systems with QC-300 Video Microprocessor

System Summary

High repeatable accuracy, 3-axis (X, Y, Z) measurements

Hawk systems with QC-300 are the first measuringmicroscopes to offer the options of both optical and videomeasurement, providing users with unrivalled flexibility with the ability to perform both higher volume batch videomeasurement routines, or high accuracy opticalmeasurements for difficult-to-view, one-off or critical parts.Hawk with QC-300 utilises Vision Engineering’s patentedDynascope™ technology together with an advancedtouch-screen video microprocessor to provide optimisedmeasurement, whatever the component, making it ideal for high accuracy quality control routines with a wide variety ofcomponent features.

Patented optical image clearly defines edges, offering superb resolution and contrast Integrated video professional camera enables both video and optical measurement, for complete flexibility High precision and large capacity measuring stage options Powerful and intuitive touch-screen video microprocessor Modular and flexible system for future upgrade Worldwide training, service & support

Optimised Measurement Routines

From manual, single-feature operation to higherthroughput video edge detection measurements, Hawk with QC-300 optimises measurement routines todeliver accuracy and simplicity for a wide range ofmeasuring applications. Users even have the ability to switch between video and optical measurement within the same measuring routine.
VED 300

Touch-Screen Video Microprocessor

In addition to optical measurement techniques, theQC-300 video microprocessor includes an array ofvideo measurement tools, including simple crosshair measurement; offset crosshair for difficult-to-findedges; manual or automatic single point detectionand multi-point video edge detection. QC-300 features a high resolution colour video touch-screenwith intuitive interface and is ideal for measuringcommon component features, such as circles, angles, lines, slots, arcs and distances.
Hawk Systems with QC-

Precision Measuring Stage

Hawk with QC-300 is available with a range of highspecification, high performance measuring stage options,providing a measuring range from 150mm x 150mm (6” x 6”) up to 400mm x 300mm (16" x 12"). Every measuring stage hasfactory-completed non-linear error correction (NLEC) calibration toensure optimum accuracy, which is traceable to national standards for the purposes of ISO9000. Combined with 0.5µm resolutionmeasuring professional encoders, this provides a system repeatability of up to 2µmfor complete confidence in your results.*
Hawk with QC-300 Microprocessor and150 x 150mmmeasuring stage illustrated

Optical Measurement? Video Measurement?

Optical measurement for highest levels of accuracy, difficult-to-view/one-off features, or critical measurements Video Edge Detection (VED) for fast,enhanced throughput measurements Ideal for high contrast components, batch routines, measurement of form features, or features both inside and outside the field of view Patented high resolution optical images ideal for low contrast, difficult-to-viewcomponents, complex features,or simultaneous visual inspection Find out more on page 3 … * using 200mm x 150mm measuring stage (x200 system magnification, controlled20°C, using traceable chrome on glass grid artefact, with intersection points on the standard measuring plane)

8 8 www.visioneng.com

DirectIndustry's Virtual Technical Library: PDF Catalogue | Technical Documentation | Brochure | Manual | Industrial directory | Specifications | Characteristics
Search Go
page 1 p.1
page 2 p.2
page 3 p.3
page 4 p.4
page 5 p.5
page 6 p.6
page 7 p.7
page 8 p.8
page 9 p.9
page 10 p.10
page 11 p.11
page 12 p.12
page 13 p.13
page 14 p.14
page 15 p.15
page 16 p.16
page 17 p.17
page 18 p.18
page 19 p.19
page 20 p.20
page 21 p.21
page 22 p.22
pdf-page pdf di En 2008-12-49-03