The laser processing group at the Manufacturing Technology Centre (MTC) has joined forces with 13 research organisations and leading companies across Europe to design and deliver the next generation of laser texturing systems.The SYNTECS project is driven by sustainability and digitalisation principles to ensure maximum efficiency and productivity, and aims to increase the uptake and industrialisation of the technology among European manufacturers.

Component surface treatments offer a valuable way of improving the end results in areas such as roughness, scratch resistance and microbial resistance. Although used in manufacturing for decades, increased industrial demands for more complex, customised and better performing components have resulted in a growing need for multi-functional surfaces.

Laser surface texturing techniques provide an alternative way of achieving functional surfaces, but the full potential of the technology is limited due to the scanning technology and the digital architecture used.

MTC laser processing technology manager Tian Long See says the SYNTECS project will address these challenges by developing a versatile, low-cost laser texturing approach to generate surfaces with multi-functional performance responses, combining the two most promising scanning techniques – direct laser writing (DLW) and direct laser interference patterning (DLIP) into a single module.

“The hardware development will be supported by a sophisticated digital design module that will accelerate the design and optimisation of functional surfaces by considering the sustainability aspect of the component during the design stage,” he explains.“This will enable greener manufacturing fit for the future.”

Supported by funding through the EU’s Horizon Europe Framework Programme for research and innovation, the project consortium will develop a fully integrated versatile laser texturing system that reduces design and production time with a ‘right first time’ approach.
For further information www.the-mtc.org

A supplier of structural steel and plate processing equipment, Ficep UK, is introducing Cutlite Penta’s state-of-the-art Plus laser system for metal cutting with resonators up to 30kW.Offering a working area of up to 15 x 3m and capability for processing stainless steel and mild steel up to 50mm, the Plus is a powerful option for applications involving heavy engineering.

According to Ficep, linear motor drive technology provides highly responsive dynamics, enabling high productivity even on extremely complex geometries, while the machine’s low energy consumption makes it an effective solution in productive and environmental terms.

The smooth dynamics of the cutter head delivers cuts with low pressure, resulting in a considerable saving in manufacturing costs. Furthermore, the Evo 3 cutting head is equipped with a contact-free capacitive sensor and its optional bevel head can rotate up to 45°in both cutting directions.

Says Chris Berriman, Ficep UK sales director: “Cutlite Penta’s Plus and heavy-duty range of laser systems complements our portfolio of cutting systems and allows us to meet the needs of metal processors who require a system that can cut thick capacity steel at a greater speed with high levels of accuracy.”

He continues: “One of the laser’s many strengths is its unique ability to focus power into a very small area, which makes it the ultimate technology in metal cutting accuracy and quality. The Plus is the go-to laser cutting option when heavy engineering requires a quality finish and when fast processing speed is vital.”
For further information www.ficep.co.uk

The latest addition to TLM’s range, from partner Foba Laser, is a range of green lasers, the main benefits of which include a significant increase in marking speed and marking quality on materials that previously did not present the optimum marking clarity or contrast when using UV or fibre lasers.

Materials now suitable for processing using this technology include special plastics such as UHMWPE, HDPE and PMMA, for which additives may no longer be necessary when using a green laser. Other materials where marking quality will see a significant increase include white and transparent plastics in medical technology applications, combined material parts in the automotive sector, and highly reflective metals, glass or other shiny substrates.

Foba’s V.0071-gr and FOBA V.0141-gr green laser marking systems, at 532 nm wavelength, close the gap between UV and fibre laser markers, at 355 nm and 1064 nm, respectively. The combination of relatively high laser power and a vanadate source extends the areas of application while enabling higher speeds.

Either 7 or 14 W laser power options are available for the new marking laser. With a broad range of interfaces available and five possible marking field sizes, the new lasers offer a flexible solution to a wide range of applications. A further benefit is the fact that the lifetime of Foba’s green laser vanadate laser source is twice that of a UV laser source, which significantly reduces operational and ownership costs.

The new green laser marking systems can also take advantage of Foba’s laser marking workflow with camera and mark alignment software.
For further information www.tlm-laser.com