LTC | Laser Mechanics Course: The Beginning of the Journey | March 2026 LTC

LTC EN

Start your journey as a laser system designer. This course will provide you with the essential knowledge required to design laser components or reliably integrate laser systems:

  1. Precision mechanics and positioning
  2. Fundamentals of vacuum technology and principles of designing vacuum-compatible components
  3. Cooling technologies and thermal management

Participants will also have the opportunity to discuss design solutions based on their own professional practice.

DATE: 24 March 2026
PRICE: CZK 12,300 excl. VAT per person
Course participants will receive a certificate of completion.
Language of instruction: Czech

SAVE THE DATE

Who Should Attend
The course is suitable for expanding the knowledge of technicians and junior designers, graduates of secondary schools and universities with a mechanical or engineering focus, or as retraining for specialization in laser mechanics design.

Interested participants may register until 16 March 2026.

Preliminary Training Programme
8:45-9:00 Participant registration
9:00-10:15 Opto-mechanics – Karolina Macúchová
10:15-10:30 Break
10:30-11:30 Beam dump – theory and calculations – Jan Heřmánek
11:30-12:30 Lunch break
12:30-13:30 Practical laboratory exercises / FEM simulations – Karolina Macúchová / Tomáš Tichý
13:30-14:30 FEM simulations / Practical laboratory exercises – Tomáš Tichý / Karolina Macúchová
14:30-14:50 Networking break
14:50-15:35 Cooling of laser systems – Tomáš Tichý
15:35-16:15 Vacuum technology and protective enclosures – Karolina Macúchová
16:15-16:30 Training wrap-up, summary and discussion

You Will Learn To

  • Understand the principles of precision mechanical design
  • Identify key opto-mechanical components of laser systems
  • Select appropriate materials and construction methods
  • Navigate requirements for opto-mechanical components
  • Understand the fundamentals of vacuum technology
  • Design vacuum-compatible components
  • Select suitable vacuum components
  • Design your own vacuum-compatible parts
  • Understand sources of noise
  • Apply methods for noise suppression
  • Understand the basic principles of cooling and thermal management
  • Address parasitic radiation reflections using mechanical design solutions

The detailed course programme can be found HERE.