Electrox scriba 3 code#

However, while pocket-sized rulers and micrometers are fairly easy to manipulate, what happens if the instrument is a 3 or 5 m Vernier caliper? This task is extra challenging, because all measuring tools must fulfil certain industry standards defining admissible tolerances. Laser marking has found itself many niche areas of application and among these is production of graduation marks on measuring devices. There are two lenses to choose from: 163 and 254 mm, which provide marking fields of 140 and 218 mm diameter respectively. It provides motorised solutions and programmable X, Y and Z axes, using Electrox's Scriba software. The FleXYZ is compatible with all Electrox laser marking systems, from the low-cost Raptor to the high-specification Scorpion Rapide. The unit can cater for components of up to 600 by 600 by 200 mm, and up to 160 kg in weight. One of the company's latest developments is the enhanced FleXYZ workstation, which allows companies to mark large, heavy components with greater accuracy and speed вЂ“ around 25% faster. Image: Companies can mark large, heavy components with greater accuracy and speed with FleXYZ workstations Electrox's general manager, Paul Mincher, says the trend is being driven by the significant reduction in the capital cost of laser machines over the past 10 years, many of which have reduced in price by almost 70%. The ongoing popularity of laser marking systems is seemingly assured, as confirmed by another specialist in this area, Electrox (01462 472400), which announced earlier this year that the company's order book had risen to nearly ВЈ2 million, its highest level since the start of the global financial crisis back in 2007.Д¬ontributing to the growth has been a significant order from a white goods manufacturer in Turkey, although Electrox has also seen a rising trend towards replacing, rather than repairing, laser machines. Regardless of the angle under which they must be decoded, even when 20% of the marking is obliterated, the necessary traceability information is not lost, says Trumpf.

Electrox scriba 3 code#

In particular, data matrix code markings can be read with a high degree of security, due to error checking and correction operations. For example, lasers enable a 24-digit code to be placed in a 2 by 2 mm area. Putting a lot of information in a tiny area with modern laser technology is anything but witchcraft.

At the same time, development is moving steadily in the direction of miniaturisation, so there is simply little room on many parts to place a barcode. Shortened life cycles, growing model variety, and design and production-specific changes are characteristics of nearly all products. This is a growing phenomenon and not only in sectors such as automotive. Information density, for example, is one limitation. The barcode has been used extensively in the past to mark components, but Trumpf insists that manufacturers quickly come up against the limits of this coding. Image: Data matrix code marking, courtesy of trumpf technology But, according to laser marking specialist, Trumpf (08), a targeted traceability 'back to roots' is only guaranteed, if the coding is readable with a high degree of security. In turn, component marking ensures that every part is given a distinct identity, similar to a fingerprint. As a result, the call for 100% traceability for all components is growing louder. Strict product liability laws and shrinking margins are forcing more transparency in production processes.