Scope of testing

In order to meet the expectations of our clients and bearing in mind the latest discipline-specific standards, we have created a measuring chamber. We control every stage of production and treatment. Our qualified personnel and most modern equipment are a signal that we operate on the highest level. We have equipped our lab with the most modern measuring devices, used at every stage of production. We conduct non-destructive testing (NDT) in the scope of:

  • visual testing VT
  • penetration testing PT
  • magnetic testing MT
  • ultrasonic testing UT
  • radiographic testing RT

Our lab is composed of:

Inspection arm FaroArm Quantum E4m

– arm with operating reach of 4000 mm

– 7 working axes

– iintegration with Laser Tracker

– cooperation with 3D files in the following formats: IGES, VDA/FS, STEP, Parasolid and others

– complete integration with CAD environment

FARO Laser Tracker Vantage E6

– working reach of 35 m (diameter of 70 m)

– accuracy of measurement 16 µm + 0,8 µm according to the standard ASMEB89.4.19-2006

– range of horizontal rotation (axis X) – 360°

– range of vertical rotation (axis Y) – 130°

– construction of the head with ingress protection rating IP 52

– laser class 1

– dynamic measurement up to 1000 points per minute

6DoF probe – probe for measurement of “invisible” elements 6 Probe

– cooperates with FARO Laser Tracker

– working range of the probe 2500 mm – 15000 mm

– ccuracy of measurement 95 µm +5 µm

Laser projector FARO Tracer Si

– projection reach up to 15,2 m

– angular visual field 60° (in axes X and Y)

– pposition accuracy – 0,25 mm

– scanning 5000 pixels per second with an option of comparing features with CAD model


Videoscope – endoscopic camera OLYMPUS IPLEX G IV9635GL

– probe with a length 3,5 m, diameter Ø 6 mm

– probe in technology Tapered Flex

– articulation angle up/down/right/left – 150°

Ultrasonic defectoscope OLYMPUS EPOCH 650 for weld quality measurements

– conformity with a standard PN-EN12668-1

– allows for measurement according to UT methods