Quality control laboratory

Features

7-axis Laser Line Probe head with 752 dots/line x 60 lines/second (45120 dots/second)

Probing

Accuracy 0.06 mm

Measuring range

3.7 m three-dimensional

Accuracy

Volumetric (scanning) ± 0.091 mm (± 91μm)
Single point (probe) ± 0.064 mm (± 64 μm)

Advantages

Ease of use; high measurement speed; possibility of use in reverse engineering; three-dimensional report of the results; dual measuring system (scanning + probing)

Features

99 strips of white light with a frequency of 1,500,000 measurements per second, for a scanning area of 390×390 mm; Accuracy up to 0.050 mm

Workspace

4 m

Features

Small portable instrument

Measuring range

F 0/1700 μm – N 0/1700 μm

Operation

To measure the hardness of a material, the hardness tester penetrates it, leaving an imprint (called a witness) on the tested spot. The indenter is pushed with a known force against the material being tested, depending on the hardness of the material. By measuring the size of the indentation, in relation to the strength and shape of the indenter, the hardness of the material is indicated.

Types

With conical, pyramidal or hemispherical indenter

Operation

It allows you to observe the details through direct observation, or indirect through photography and/or electronic systems.

Electronic camera

Connected to a PC, it allows you to take photographs and view what the lens frames on the screen.

Utilization

In order to carry out the laboratory analysis of the welded joints, the specimens are embedded in a special two-component epoxy resin that is solidified in a cylinder. This cylinder is sanded more and more thoroughly, first by means of abrasive discs of ever finer grit, then by means of discs soaked in diamond paste until it reaches a grit of 1μ.