Sieve, filter fabric,

Screen printing mesh, wire mesh lattice grid

Time-saving quality inspection with the new digital microscope Roboscope. It acquires test images with an area of up to 200x300mm and a resolution of up to 1.8µ, it checks dimensions, deviations in the mesh size and other defects using industrial image processing.

# 1 filter fabric, test sample 150x200 mm

Image here cropped from the original image

# 2 filter fabric, is the mesh size even?

The user can define recipes with settings for the image recognition, based on these settings the industrial image inspection then sorts the various mesh sizes. Each group is drawn in a different color. In the picture above, meshes that are of the wrong size are colored red.

# 3 Enlargement of the picture above

Detail, the overall picture has a size of 470MB. The blue dimension lines show that the sizes (in mm) differ significantly

# 4 Unevenness of mesh size

Raw image of a textile fabric. The task is to evaluate the quality

# 5 The mesh size in 3,8% of the sample area is incorrect

The openings marked in red by the image recognition deviate from the target value. Also suitable for testing stainless steel wire mesh

# 6 Carbon fiber reinforcement for concrete

Raw image of a grid made of carbon fiber

# 7 Check the dimensions and areas

Checking the grid dimensions. The pop-up window displays the values calculated by the image recognition for area, length and positions.

Any questions? Would you like a demonstration of the practical application based on your product sample? Our team looks forward to your mail

Impressum

Robomat GmbH

Sägewerkstr. 3

83395 Freilassing

Deutschland

Tel +49 8654 4804960

info@Robomat.eu

Geschäftsführer

Dipl. Ing. Dieter Ainedter

UID DE208714801

Handelsregister Traunstein HRB 6508