Pulsed thulium fiber laser the more compact of its category - KEOPSYS

Pulsed Thulium Fiber Laser for environment measurement

PTFL-KULT

PTFL-KULT

PULSED THULIUM FIBER LASER for on board applications

The pulsed thulium fiber laser from Lumibird delivers high peak power and high energy per pulse in a very compact and robust package. PTFL laser is manufacturing under a quality management process. Thus the laser does not need maintenance and can work in harsh environmental conditions.

Lumibird pulsed thulium fiber laser is one of the most compact lasers of its category with an original circular shape of 90x20mm.

Due to its low attenuation during atmospheric propagation, this laser allows ultra long range finding applications through mist and damp air. Combined with a robust package, PTFL-KULT is an ideal tool for harsh environmental conditions.

The output beam is near Gaussian beam: M²<1.1 diffraction-limited, therefore, the back-scattered beam can be tracked down without trouble, even weak signals.

Lumibird pulsed thulium fiber laser series provide an output energy up to 15µJ in a very short pulse duration; thus high peak power is achieved. Consequently, this pulsed thulium fiber laser is ideal for telemetry or long distance range-finding applications.

The complete fiber design permits the pulsed fiber laser to operate every day and all day long. Lumibird keeps in mind that these lasers cannot fail, that’s why we use proven components from qualified European suppliers. This ensures Lumibird to have a long term relationship and secured supply chain.

The PTFL does not need any maintenance while working 24h/24 and 7days/7.

What Applications

  • Telemetry, Range-finding
  • 3D scanning
  • Mapping
  • Cloud height measurement
  • Wind sensing
  • Pollution monitoring

Pulsed Thulium Fiber Laser Key Features

  • 2 µm eye-safe operation
  • Energy per pulse up to 15 µJ
  • Peak power up to 1.5 kW
  • Pulse duration from 10 to 40 ns
  • Pulse repetition frequency from 5 kHz to 20 kHz
  • Linear or random polarization
  • Diffraction limited output beam
  • Low power consumption
  • Wide operating temperature range (-35 °C to +65 °C)
  • And compact and rugged package
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