Statement of Work

Industrial Computer Tomography in focus in the accredited field

PROPLAS offers flexible and unbeatable time-saving computed tomography services for complex plastic components. They are faster than with conventional measuring devices, non-destructive, and do not need elaborate tactical or optical measurement methods. Our measurement results give you 100% information about the quality of your components

Simple - effective and efficient

 

Metrotom 1500 in Dornstetten

Measuring Range:                                       D=305 / H=260
Maximum tube voltage:                        225 kV
Flat panel detector:                          2048 x 2048
Sphere centre point error:         MPE SD (TS)  = 4,5 + (L / 50) μm [L in mm]

Metrotom 800 in Dornstetten

Measuring Range:                                       D=150 / H=170
Maximum tube voltage:                        130 kV
Flat panel detector:                              1536 x 1920
Sphere centre point error:                   MPE SD (TS)  = 4,0 + (L / 50) μm [L in mm]

GE v tome x m 300 in Neuenburg am Rhein

Measuring Range:                                       D=150 / H=170
Maximum tube voltage:                        300 kV
Flat panel detector:                             2048 x 2048
Sphere centre point error:                  MPE SD (TS)  = 4,0 + (L / 50) μm [L in mm]

Metrotom 800 in Neuenburg am Rhein

Measuring Range:                                       D=150 / H=170
Maximum tube voltage:                        130 kV
Flat panel detector:                       1536 x 1920
Sphere centre point error:          MPE SD (TS)  = 4,0 + (L / 50) μm [L in mm]

Statement of Work accompanying the Industriell Computertomography

In addition to our ICT our accomanying services are also carried out by our specialists with personal experience.

 

Simple - effective and efficient

 

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GOM ATOS III Triple Scan in Dornstetten
Method of measuring:   Light projection
Field 1:         60 / 45 / 35
Field 2:         170 /130 /130
Field 3:         320 / 240 / 240
CCD camera:     2 x 8 MegaPixel / Auflösung: 3296 x 2472 Pixel
Sphere centre point error (Manufacture information based on VDI/VDE 2634, 
page 3):
Measuring Accuracy:Messfeld 1: 0,008 mm / Area of measurement: 0,014 mm / Messfeld 3: 0,027mm

OGP SmartScope 200 in Dornstetten

Method of measuring:   Optical KMG-Messtechnic
Area of measurement:      200 x 200 x150
Sphere centre point error (max. allowed deviation based on DIN EN ISO 10360-2:2002):
X-axis: E2 = (1,8 + 6L/1000) µm
Y-axis :E2 = (1,8 + 6L/1000) µm
Z-axis: E2 = (3,0 + 6L/1000) µm

Mitutoyo Crysta Apex S 574 in Neuenburg

Method of measuring: Tactile KMG-measuring technology
Area of measurement:    500 x 700 x 400
Sphere centre point error (max. zulässige Abweichung in Anlehnung nach DIN EN ISO 10360-2:2002)

Length deviation: E0, MPE =(1,9+4,0*l/1000) µm

Quick Vision QV-X404P1L-C in Neuenburg am Rhein
Method of measuring: Optical KMG-Measuring technology
Area of measurement:    400x250
Sphere centre point error (max. allowed deviation based on DIN EN ISO 10360-2:2002):
Length deviation: E UX(UY), MPE =(1,5+3,0*l/1000)µm

TSK Surfcom Flex-50A in Dornstetten

Method of measuring:        roughness measurement
Measuring length:             50 mm
Measurement deflection: 5 - 45mm
Sphere centre point error (max. allowed deviation based on DIN 4772 und ISO3274):
Extended measurement uncertainty: U =0,05µm