Skip to main content

Femtosecond technology engineered for industrial scale.

Compact, air-cooled ultrafast lasers that fit inside the machine. Start with one, then combine them into a system that covers a larger processing area.

Discuss your application
Two robot arms with LITILIT laser heads over a conveyor line, with the laser control cabinet behind them
  • Partner 1
  • Partner 2
  • Partner 3
  • Partner 4
  • Partner 5
  • Partner 6
  • Partner 7
  • Partner 8

You know the laser you need

Browse lasers by specification

You know the problem to solve

Start from your application

No chiller. No water loop. Just the laser.

LITILIT INDYLIT 20 laser head next to its compact controller unit
LITILIT head + controller is all you need to start your production
Diagram of a typical water-cooled laser: the laser head connected by a water loop to a large chiller cabinet
Our competitors still uses Typical water-cooled laser head is all you need

Where the pulses go to work.

Each application page runs from the manufacturing problem to measured results and the laser that fits.

All applications
TGV and glass processing
PCD tool manufacturing Precision mechanics
High-quality marking Semiconductor
TGV and glass processing
PCD tool manufacturing Precision mechanics
High-quality marking Semiconductor
TGV and glass processing
PCD tool manufacturing Precision mechanics
High-quality marking Semiconductor

Choose whats best for you

Industrial

Indylit 20

Industrial Femtosecond Laser for Material Processing

Indylit 20 laser
Wavelength
1030/515 nm
Pulse duration
400 fs – 4 ps
Average power
20 W
Repetition rate
80 kHz – 1.0 MHz
Industrial

Indylit 10

Industrial Femtosecond Laser for Industrial and Medical Applications

Indylit 10 laser
Wavelength
1030 nm
Pulse duration
400 fs – 4 ps
Average power
10 W
Repetition rate
80 kHz – 1.6 MHz
Biomedical

Indylit 3

Ultracompact Femtosecond Laser for Ophthalmology

Indylit 3 laser head
Wavelength
1030 nm
Pulse duration
290 fs
Average power
2.5 W
Repetition rate
1–3 MHz
Biomedical

Biolit 2

Femtosecond Fiber Laser for Biophotonics

Biolit 2 laser
Wavelength
1050 nm
Pulse duration
70 fs
Average power
2 W
Repetition rate
20 MHz
OEM

Neolit

Ultrashort pulse fiber seeder for laser amplifier

Neolit fiber seeder
Wavelength
1020–1070 nm
Pulse duration
1–10 ps
Output power
1–50 mW
Repetition rate
10–40 MHz

One laser. Then a matrix.

One LITILIT INDYLIT 20 laser head

Because each laser is small and cools itself, several can be joined into one system that processes a larger area in a single pass.

Made in Vilnius, at production volume.

Visit the facility
Certified to [Certification] [Certification] [Certification] Quality and reliability data
  1. Technicians in cleanroom suits assembling fibre components at workbenches along a blue-floored hall
    1

    Assembly

    Photo: clean-room assembly.

  2. An INDYLIT 20 laser head with its status indicator lit
    2

    Burn-in

    Photo: lasers running before release.

  3. Two oscilloscopes showing a measured laser pulse
    3

    Optical testing

    Photo: measurement of every unit.

  4. A technician in a cleanroom suit at a laser workstation with a robot arm
    4

    Quality control

    Photo: final inspection and records.

  5. The LITILIT plant in Vilnius, where every laser ships from
    5

    Shipping

    Photo: packed and ready to leave.

About Litilit

Founded in Vilnius, Lithuania, Litilit brings together world-class photonics expertise to develop femtosecond fiber lasers that set new standards for industrial reliability.

Discuss your application

400+

Lasers installed across Europe, Asia and North America

3,000

Lasers a year, new facility capacity

Oct 2026

New manufacturing facility opens

No chiller. No water loop. Just the laser.

LITILIT INDYLIT 20 laser head next to its compact controller unit
LITILIT head + controller is all you need to start your production
Diagram of a typical water-cooled laser: the laser head connected by a water loop to a large chiller cabinet
Our competitors still uses Typical water-cooled laser head is all you need

Discuss your application with an engineer.

Tell us the material and the result you need. A laser engineer replies within [response time].

Buying for production?

Ask about lead times, volume pricing, supply capacity and long-term availability.

Request a quote
Built in Breakdance