* General guide only, there are many crossovers and caveats, please contact us for more details.
DeutschProduction & Manufacturing
Automotive Laser Marking
The advantages of using laser technology in automotive production are plentiful. From initial design to the final assembly of the vehicle, laser technology can be employed throughout the entire automotive production process. Whether it’s textile cutting for seatbelts or marking parts for traceability, let’s find out how lasers are used in the automotive industry today…
Mark, Cut, Engrave
Versatile & Reliable
Endlessly versatile, laser systems can cut, mark, etch and/or engrave a range of materials, making it an invaluable technology for a cutting-edge industry. From plastics, metals and glass to textiles and rubber, the automotive sector utilises a plethora of materials during production, all of which can be modified by laser technology.
Automotive Laser Marking
Lasers are used on many car parts
From tracking critical components through traceability to marking plastic parts for dashboard panels, let’s take a look at how the automotive sector is utilising laser technology today…
Technology First
Automotive Laser Marking
In today’s world, the manufacturing of vehicles is largely automatic. Robots have been routinely used in the industry for many years and now manufacturers are utilising laser systems in line with this technology to further streamline the process. This automated way of manufacturing means it’s imperative that the laser machines can be easily integrated into production lines.
An automotive laser marking machine is easy to integrate into manufacturing lines thanks to the relatively small size of the systems. Furthermore, the beam deflection unit (sometimes known as the scan head) can be placed several hundred millimetres away from the product being marked. Thanks to it being a non-contact method of marking, there’s no need for parts to be clamped down before marking, avoiding unnecessary secondary damage, and further increasing productivity and efficiency.
Production
Traceability Marking
The automotive industry is heavily reliant on traceability for success. In an industry where a large number of components come from different suppliers, it’s imperative that every part can be traced back to the manufacturer to avoid costly scrap material. Laser technology is ideal for traceability marking because it is permanent and difficult to counterfeit. It can produce a wide variety of graphic formats, from logos and barcodes to simple text and it has no consumables, so running costs are low as is the requirement for maintenance.
legalities
Vehicle Identification Number
Every vehicle registered in the UK must have a unique Vehicle Identification Number (VIN). This 17-character VIN is usually stamped in the chassis of the vehicle and serves as the car’s unique identity code before it even leaves the production line. Laser marking is a consistent and reliable way to brand vehicles with a VIN, ensuring legibility for the lifetime of the vehicle.
Automotive Sector
Suitable Machines
Whether it’s marking Vehicle Identification Numbers or data matrix codes, we have the right laser machine to meet your automotive sector needs. From steel ball bearings to plastic housing, when it comes to the laser engraving of automotive parts, our machines are designed to do it all.
First introduced in 2012 and now in it's 7th incarnation, the Meta-C MOPA fiber laser engraving machine is built for 24/7 use over decades, it has a track record of near zero failures over millions of flawless operations and features our latest 3D laser head (3-Axis).
| Beam Delivery | Laser Type | Power (W) |
| 3D (3-Axis) | MOPA Fiber | 30-80 |
As one of the first commercially available UV laser marking machines, the Meta-C UV is able to mark practically anything. Designed to serve the commercial and industrial sectors, built with our time-tested Meta-C chassis, with a projected working life of over 15 years.
| Beam Delivery | Laser Type | Power (W) |
| 3D (3-Axis) | Ultraviolet | 5-15 |
Built for etching and engraving at speed, the Meta-C CO2 laser etching machine is a different beast to our Blu systems, built within the Gen7 Meta-C chassis, this 3D (3-Axis) Galvo CO2 laser source is extremely accurate and comes in a wide range of power options.
| Beam Delivery | Laser Type | Power (W) |
| 3D (3-Axis) | CO2 | 60-80W |
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