Wirelab.XY
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Laser Systems WIRELAB.XY Micrometer Ultra Accurate Table-Top Laser for the Wire Industry WIRELAB.XY is a high performance table-top laser micrometer designed to be used off-line to check drawn or extruded products, when diameter and ovalization must be accurately measured. It is the ideal instrument to measure wire samples, optical bers and magnet wire or to check the die diameter by measuring the drawn wire. With no other instrument can you measure diameters so quickly, so accurately and so easily! Ultra-accurate and perfectly reproducible measurements, thanks to an outstanding Laser Technology offered at affordable conditions.

How does it work ? The WIRELAB system uses a laser gauge of the XACTUM series, which allows one to make fast and repeatable measurements in a wide range of diameters. The measurement is made by placing the part on a V block. The part is measured in two orthoginal directions (X and Y) in a way to calculate both the diameters DX and DY, their difference |DX-DY| and the average diameter (DX+DY)/2. Using a special xture to manually rotate the part, the diameter can be measured over 360° of the circumference to precisely measure the maximum MAX-D, the minimumMIN-D and ovality which is really...

The Wirelab software Smart software for easy programming. Many pop-up menus and sub-menus are available, to make the system set-up and programming very easy. This is usually done by authorized personnel, who will have his own password to access system programming: the operator will only be allowed to recall pre-stored parameters and to make the measurements. Multiple language menu The menu and the display messages are in English, Italian, German and French, each language being selectable by the operator. Gauging flexibility 3 measuring modes are available: Free Running, On-Command Single...

Laser Source Dimensions Weight VLD (Visible Laser Diode); (mm) (kg) Notes (1) For Ø 0.3 mm; for smaller dia. the field is proportionally reduced up to 4 x 4 mm for Ø 0.1 mm. (2) For Ø 0.1 mm; for smaller dia.the field is proportionally reduced up to 1 x 1 mm for Ø 0.03 mm. (3) For Ø 0.1 mm; for smaller dia. the field is proportionally reduced up to 1 x 1 mm for Ø 0.05 mm. (4) For Ø 0.3 mm; for smaller dia. the field is proportionally reduced up to 20 x 20 mm for Ø 0.2 mm. (5) With centred product the maximum measurable diameter is 10 mm. (6) Related to the average diameter (X+Y)/2. The...