Precision Engineered,
+Swiss made.
Discover high-performance lasers and optics designed for maximum efficiency, reliability, and versatility.
Fibre Lasers
Laser Processing Heads
Retrofit Upgrade Kit
Precision Engineered,
+Swiss made.
Discover high-performance lasers and optics designed for maximum efficiency, reliability, and versatility.
Fibre Lasers
Laser Processing Heads
Retrofit Upgrade Kit
Laser Upgrade Kit
Make the change:
From lamp pumped to fiber Laser and thereby increase the energy efficiency massively.
With our upgrade kit we provide a plug and play solution, so you can maintain your machine by only exchanging the Laser system.
+ Plug and play replacement
+ About 15x lower energy costs
+ Lower maintenance costs
Get YOur Upgrade Now!
Meet Zentaur
Flexible QCW Lasersystem with LASAG and Trumpf interface ranging from 1.5 kw to 6 kW peak power.
Multilaser Hydra
Plug-and-play QCW fiber laser system, supporting up to 4 laser modules with up to 3 kW peak power each.
Meet Goblin
Up to 6 kW peak power with a pulse duration range of 50 µs to 50 ms, designed for precision and flexibility, with custom interfaces available upon request.
Laser Upgrade Kit
Replace your outdated lamp pumped LASAG or Trumpf Laser with a plug and play upgrade kit from TLD Photonics
+ About 15x lower energy costs
+ Lower maintenance costs
Meet Zentaur
Flexible QCW Lasersystem with LASAG and Trumpf interface ranging from 1.5 kw to 6 kW peak power
Multilaser Hydra
One system with up to 4 QCW Fibre LASERs in a plug and play configuration. Ranging from 1.5kW to 4.5kW peak power per Laser.
About Us
TLD Photonics was founded with a powerful mission: to empower everyone with the capabilities of laser micro applications. Our innovative systems are not only designed for effortless plug and play use, but also feature an intuitive interface and industrial ruggedness that elevate your laser capabilities to new heights.
TLD Photonics is located at the Switzerland Innovation Park Innovaare, near the Paul Scherrer Institute, in Villigen/AG.
Some articles about us: link 1, link 2
About Us
TLD Photonics was founded with a powerful mission:
to empower everyone with the capabilities of laser micro applications. Our innovative systems are not only designed for effortless plug and play use, but also feature an intuitive interface and industrial ruggedness that elevate your production capabilities to new heights.
OCT System with 3 µm Resolution in Tissue
A cost-effective ultrahigh-resolution spectral domain optical coherence tomography (OCT) system was developed in collaboration with TLD Photonics. First biomedical images of collagen and bone marrow using this advanced setup were successfully captured. This advancement is very promising for biomedical and industrial micromachining applications.
New method for lower cost and higher efficiency Ti:sapphire lasers
TLD Photonics collaborates on the development of innovative pulsed pumping techniques for Ti:sapphire lasers, showing great promise for industrial micromachining, scientific, and other applications. Small-signal gain and thermal lensing effects in Ti:sapphire laser amplifiers under pulsed pumping conditions were measured within this work.
Red Diode-Pumped Alexandrite Laser with 44 fs Pulses
Novel red diode-pumped Kerr-lens mode-locked alexandrite laser, delivering ultrashort 44 femtosecond pulses with an average output power of 110 mW at a 100 MHz repetition rate was developed by TLD Photonics members. This advancement holds significant promise for applications requiring high-precision ultrafast laser sources.
OCT System with 3 µm Resolution in Tissue
A cost-effective ultrahigh-resolution spectral domain optical coherence tomography (OCT) system was developed in collaboration with TLD Photonics. First biomedical images of collagen and bone marrow using this advanced setup were successfully captured. This advancement is very promising for biomedical and industrial micromachining applications.
New method for lower cost and higher efficiency Ti:sapphire lasers
TLD Photonics collaborates on the development of innovative pulsed pumping techniques for Ti:sapphire lasers, showing great promise for industrial micromachining, scientific, and other applications. Small-signal gain and thermal lensing effects in Ti:sapphire laser amplifiers under pulsed pumping conditions were measured within this work.
Red Diode-Pumped Alexandrite Laser with 44 fs Pulses
Novel red diode-pumped Kerr-lens mode-locked alexandrite laser, delivering ultrashort 44 femtosecond pulses with an average output power of 110 mW at a 100 MHz repetition rate was developed by TLD Photonics members. This advancement holds significant promise for applications requiring high-precision ultrafast laser sources.
Partners
Partners