Automator has been designing industrial marking systems for over 85 years - laser, dot peen, and mechanical - and the team behind the machines is usually the reason customers stay for decades, not just the machines themselves.
The right marking technology depends on your material, the depth you need, and what happens to the part afterward. Fiber lasers mark metals with speed and precision. CO2 lasers work best on organic and non-metallic materials. UV lasers handle sensitive substrates with minimal heat. Dot peen (micro-percussion) creates a deeper, more physical mark that survives painting, galvanizing, or heavy abrasion. Mechanical presses and roll marking cover simpler, high-volume, fixed-text jobs at a lower cost.
There's no universally "best" technology, only the best fit for your part. A few quick questions usually narrow it down:
If your process also involves materials or finishes a laser genuinely isn't suited for - parts that get heavily galvanized or need very deep, physical marks - Automator's dot peen marking systems and mechanical marking machines cover those cases, engineered by the same team.
Most laser marking machine manufacturers sell you one configuration and expect your process to adapt around it. Automator's laser range covers every common setup a production line might need, all engineered in-house.
Beyond the physical configuration, the laser source itself changes what you can mark:
|
Technology |
Best for |
Typical limitation |
|
Fiber / MOPA laser |
Metals, high-contrast marks, QR/2D codes |
Less effective on soft plastics |
|
CO2 laser |
Wood, leather, packaging, acrylic |
Not suited to bare metals |
|
UV laser |
Glass, ceramics, heat-sensitive plastics |
Slower marking speed |
That range matters most when your layout and your material both need to line up with the right laser. A single technical contact can walk you through the configuration and the source that actually fit your line, not just whatever they happen to sell.
A marking machine that can't integrate into your current line becomes a bottleneck. One of the most common concerns we hear from production and quality managers is exactly this: will the new marking system fit the line we already have, or will it force a redesign?
Automator's solutions are designed for integration from the start - compact controllers, standard communication protocols, and marking heads sized to drop into existing stations rather than requiring a dedicated cell. Whether you're adding marking to a robotic line, a conveyor, or a manual assembly station, integration is evaluated case by case with your actual layout.
If integration is the part that worries you most, that's exactly the conversation our technical team is set up to have before you buy anything.
Here's the part most laser marking machine manufacturers treat as an afterthought: what happens after the machine is installed.
Automator's approach is built around three things that go with every system:
This matters because most marking machines don't need frequent spare parts - which means a manufacturer needs a genuinely large installed base and long-term relationships to keep the expertise sharp. That's the model Automator has built over eight decades: fewer transactional sales, more customers who come back when their production changes.
Every application is different, and the fastest way to find the right laser is a short conversation with someone who's seen your kind of problem before.
475 Douglas Ave, Chillicothe
OH 45601
USA
Phone: +1 740-983-0157
Mail: infousa@automator.com