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Contract development for academia and industry

Pulsed laser depositions setups and systems:

  1. 1 kW fiber Pused Laser Deposition setup
  2. Large-scale PLD setup for special materials
  3. Mini PLD system
  4. Smart PLD high temperature 5-axys system
  5. PLD cubic modular vacuum chamber @P23 DESY
  6. In-line PLD setup @ MARIA instrument - FZ Jülich, FRM-II
  7. Coherent PLD setup
  8. Project setup of catalyst ribbon pulsed laser coating
  9. Project setup of catalyst sheets pulsed laser coating
  10. Project setup of caytalyst micro-granuled pulsed laser coating
  11. Other products and services


1 kW fiber Pused Laser Deposition setup

1 kW fiber Pused Laser Deposition setup

  • Dimensions: 1070x697x608 mm;
  • Development of a 1-KW PLD machine;
  • Mechatronic 2 axis positioning system for target node;
  • Automatic control of the target position during its sputtering;
  • Unique window protection system against dusting;
  • Thermal shield to protect the target rotation spindle;
  • Ultimate vacuum in the chamber is not worse than 10-6 mbar.
Large-scale PLD setup for special materials

Large-scale PLD setup for special materials

  • Dimensions: 997x965x771 mm;
  • Development of a 1-KW PLD machine;
  • Automated optomechanical system of synchronous target scanning with preservation of the radiation incidence angle;
  • Substrate changing system driven by a vacuum motor;
  • Positioning of the target node along two axes;
  • Optical path with argon purge and interlock;
  • Ultimate vacuum in the chamber is not worse than 10 -8 mbar.
Mini PLD system

Mini PLD system

  • UHV up to 5*10-8 mbar;
  • Eleptical reflector IR heater, sample temperature up to 800 C;
  • Adjustable substrate-target distance;
  • Chemical polished vacuum chamber;
  • Adjustable door hinges;
  • Simultaneous heating and sample rotation;
  • Target holder for 4 positions;
  • Sample pyrometer bracket.
Smart PLD high temperature 5-axys system

Smart PLD high temperature 5-axys system

Upgrade of the pulsed laser deposition setup, the purpose of which was to increase the usability of the RHEED gun, as well as the ability to heat the sample up to 1200 degrees Celsius in an oxygen environment.

  • Increase in sample degrees of freedom from 3 to 5;
  • Possibility of long-term operation with oxygen at high temperatures;
  • Ultimate vacuum in the chamber is not worse than 10-11 mbar;
  • The possibility of high-precision adjustment of the sample position to work with reflection high-energy electron diffraction gun;
  • Possibility of in-situ studies of sample structure.
PLD cubic modular vacuum chamber @P23 DESY

PLD cubic modular vacuum chamber @P23 DESY

Modular multifunctional nanostructure growth facility.

  • Lightweight design: weight up to 15 kg;
  • The ability to move between analytical tools;
  • Quick expansion of the complex with additional modules cameras;
  • High vacuum (up to 5*10-6 mbar);
  • External heater, sample temperature up to 800 С;
  • Control of gas flows;
  • Radiolucent windows for input of radiation;
  • Low cost.
In-line PLD setup  MARIA instrument

In-line PLD setup @ MARIA instrument - FZ Jülich, FRM-II

In-situ research system in a wide temperature range and a narrow magnet gap

  1. Setup designed to be introduced into electromagnet gap;
  2. Easy-connected external laser system;
  3. The temperature of the sample in the cold finger is 10K;
  4. The temperature of the sample on the ablation position is near 600K;
  5. Height of the vacuum chamber is 80 mm;
  6. Pressure 5*10-8Pa;
  7. Ultra compact setup design.

Coherent PLD setup

Coherent PLD setup

  • Features and main characteristics;
  • Dimensions: 1100x461x434 mm;
  • High-speed target milling spindle, up to 30,000 rpm;
  • Automated optomechanical system of synchronous target scanning with preservation of the radiation incidence angle;
  • Ultimate vacuum in the chamber not worse than 5*10 -8 mbar.
Project setup of catalyst sheets pulsed laser coating

Project setup of catalyst ribbon pulsed laser coating

Development of a prototype of the installation of pulsed laser deposition on carbon paper in the form of a tape, development of a 3d model of the prototype.

  • Ultimate vacuum in the chamber is not worse than 5*10-4 mbar;
  • Automated control system for pumping out, the processes of the movement of the tape inside the installation and the deposition process;
  • The presence of a motorized system for rewinding the tape from one drum to another (roll-to-roll system);
  • Model developed;
  • Production drawings;
  • Performance calculation were carried out.
Project setup of catalyst sheets pulsed laser coating

Project setup of catalyst sheets pulsed laser coating

Development of a prototype of the installation of pulsed laser deposition on carbon paper in the form of a tape, development of a 3d model of the prototype.

  • Ultimate vacuum in the chamber is not worse than 5*10-4 mbar;
  • Automated control system for pumping out, the processes of feeding sheets into the spraying zone and moving sheets inside the installation and the spraying process;
  • The presence of a motorized conveyor system for moving sheets;
  • Existence of system of giving of sheets in a spraying zone;
  • Existence of system of unloading of sheets from a spraying zone;
  • Model developed;
  • Production drawings;
  • Performance calculation were carried out.
Project setup of caytalyst micro-granuled pulsed laser coating

Project setup of caytalyst micro-granuled pulsed laser coating

Development of a prototype of the setup of caytalyst micro-granuled for pulsed laser deposition on gamma-aluminum oxide in the form of balls, production of a 3d model of the prototype.

  • ltimate vacuum in the chamber is not worse than 5*10-4 mbar;
  • Micro-granulat preheating system up to 200°С;
  • An automated control system for pumping out, the processes of moving granulat inside the installation and the PLD process;
  • Model developed;
  • Performance calculation were carried out.

Contact us

Impressum: Königssystems UG (haftungsbeschränkt), Borgfelde 6, 22869, Schenefeld, Germany

Trade Register: Pinneberg HRB17076PI

CEO: Aleksandr Goikhman

VAT: DE319347442

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