Technology

Femtosecond technology engineered for industrial scale

Talk to an engineer Integration resources

Small, air-cooled and simple inside. The architecture of a LITILIT laser changes how it integrates, what it costs to run and how far a system can scale.

[value] L

Volume of the laser head, ready to mount on the motion system.

Chillers, water lines or coolant to install and maintain.

1 → [value]

Lasers running side by side in one system.

No chiller. No water loop. Just the laser.

[Photo: LITILIT head and controller, to scale]

LITILIT head + controller. That is the whole system.

[Photo: typical water-cooled laser with chiller, same scale]

Typical water-cooled laser. Head, chiller and water loop.

Architecture

Simpler inside, easier to integrate

Four design choices that make the difference on a machine and on a production line.

Compact format

The laser head is small enough to mount on the motion system, close to the process optics.

Passive air cooling

Heat leaves through the housing. No chiller, no water, no coolant to service.

All-fiber design

No free-space optics to align, so the laser tolerates shock, vibration and temperature changes.

Built for volume

Fewer parts and a repeatable build make the laser practical to produce in thousands.

Size and environment

What a machine builder needs to plan the installation. Full drawings are in the integration resources.

Laser head dimensions: [value] × [value] × [value] mm
Laser head weight: [value] kg
Cooling: Passive air cooling
Operating temperature: [value] – [value] °C
Shock and vibration: Tested to [standard]
Warm-up time from cold start: < 10 minutes
Control interfaces: CAN, USB (TTL pulse picker, analog power input)

One laser. Then a matrix.

A production line with robot arms and stations along a conveyor, driven by one LITILIT laser cabinet

Because each laser is small and cools itself, several can be joined into one system that processes a larger area in a single pass. Throughput grows by adding lasers, not by building a bigger one.

For machine builders

OEM integration

For machine builders who put LITILIT lasers into their own systems: engineering support during integration and a supplier that can follow your volumes.

01 · Evaluate
Demo unit and lab tests
Test a laser in your setup and run your parts in our application lab before you commit.
02 · Integrate
Engineering support
Drawings, STEP models, control commands and an engineer who works with your team on the first machines.
03 · Scale
Volume supply
Agreed lead times, volume pricing, long-term availability and service for the machines you ship.