AILU'S LASER MANUFACTURING HUB

Advanced Engineering
AILU

Together with The Association of Laser Users (AILU), we have launched a new show area dedicated to leading players in the UK laser user community. As the UK’s annual leading engineering exhibition, we strive to continue to bring the newest and most innovative products and solutions to the show.

What you can expect in this zone

When visiting this area you will have the opportunity to see first-hand some of the laser processing technologies used to advance manufacturing throughout a cross-section of different industries. Companies will be covering the latest initiatives in the sector (laser cutting, marking, welding, machinery  and much more) responding to the ever increasing demand for this technology.

About AILU

The Association of Laser Users (AILU) was established in 1995 as an independent, non-profit making organisation run by and for laser users involved in activities including manufacturing, healthcare, academic and industrial research; as well as suppliers of laser-related products and services. Our current corporate members include leading players in the UK laser materials community.

EXHIBITOR LIST:

ACSYS Lasertechnik L72
BLM Group K72
Bystronic UK Ltd K75
Carrs Welding Technologies L78
Croft Additive Manufacturing K74
Croft Filters K74
Cyan Tec L70
Fimark Ltd K70

IPG photonics L75
Laser Lines Ltd L77
Laser S.O.S Group L74
LVD-PULLMAX Ltd K77
Micrometric L78
TLM Laser Ltd K79

Laser Manufacturing Industrial Status

The laser was originally invented in 1960, one year before the silicon chip, and the development and industrialisation of laser technology has carved a parallel path in transforming the world in ways that could not have been imagined in the 1960s.  Industrial lasers are well-established tools for manufacturing, and the UK has a strong focus on research and innovation in lasers and photonics with a number of indigenous companies that are world leaders in laser technology and the supply chain which exploits lasers for manufacturing.  Currently UK industry uses far fewer laser material processing lasers in production per head of population than Germany, USA or Japan.  This is something that must change over the next decade, to assist UK growth in particular in the wealth-creating (and job-creating) manufacturing sector where there are excellent export and investment opportunities.
 
Far from the image of films including Star Wars and James Bond, the industrial laser has become a real and commercially attractive alternative to conventional joining, machining and manufacturing technologies.  With a proven track-record in reliability, efficiency and versatility, the industrial laser is no longer only to be found in research institutes and universities.  Global brands like Apple, BMW, Gillette, Hewlett Packard and Rolls Royce rely on laser technology to make their products more attractive, efficient and commercially successful.

Lasers are used in welding, cutting, drilling and engraving of virtually any material.  The laser can be attached to a set of simple optics, a CNC machine tool or a robot arm and achieves impressive performance in an incredible range of applications which can be further leveraged to improve the efficiency, productivity and profitability of UK, European and Global businesses. 
 
Lasers are used in everyday objects like the plastic tags used to label livestock in farming, laser welded razor blades, car bodies with laser cut features to customise them on the production line, sound proof panels on aircraft including small laser-drilled holes and touch screens used in smartphones and tablet computers which are laser-patterned.  The new manufacturing revolution known as 3D printing is driven by laser welding too.

In the future, laser technology continues to advance with cost reductions, performance increases and new parameter regimes.  In the UK, AILU is promoting the use of laser technology to enhance the productivity or British industry, increase exports and create new employment.  Barriers of access to finance and skills shortages need to be overcome, and the availability of centres for the proof of concept of new machinery and the proof of new processes needs to increase to enable the digital laser processing revolution to transform industrial output.