Tel:   +39 0464 015324

Email:   kirana@kirana-laser.it

Laser micro drilling

Laser micro drilling services

Our laser technology can be used to produce holes down to few microns in almost any material with thickness up to 2 mm. Depending on type of device, numbers of micro-holes per part can range from one to tens of thousands. Kirana Labs are equipped to ensure accurate centering and positioning of the workpieces.

1 micron hole in kapton
1 micron hole in kapton
Micro-drilling of metal thick samples
Micro-drilling of metal thick samples
Micro-holes smaller than 5 microns
Micro-holes smaller than 5 microns
Micro-drilling of ceramics
Micro-drilling of ceramics
Metal micro-filters
Metal micro-filters
Micro-drilling of advanced polymers
Micro-drilling of advanced polymers

Micromachining

META-F (PAT LP 6/99)

META-F: Microlavorazioni e trattamenti innovativi su materiali avanzati mediante laser al femtosecondo (2018-2020)

  • Supportato da Provincia Autonoma di Trento (LP 6/99)
  • Proponente: Kirana Srl
  • Partners: Università degli Studi di Trento (DICAM), Politecnico di Milano (Dipartimento di Fisica)
  • Scopo principale è la messa a punto di processi industriali di microlavorazioni e trattamenti superficiali innovativi su materiali avanzati tramite laser a femtosecondo. Questo comporta lo studio approfondito e valutazione dei parametri laser ottimali per ottenere lavorazioni sub-micrometriche ad alta precisione e qualità. Nell’ambito di tale progetto è stato allestito il FemtoLab.

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META-F (PAT LP 6/99)

META-F: Micromachining and innovative treatments on advanced materials using femtosecond lasers (2018-2020)

  • Supported by: Autonomous Province of Trento (LP 6/99)
  • Proposer: Kirana Srl
  • Partners: University of Trento (DICAM), Politecnico di Milano (Physics Department)
  • The main aim is the development of industrial processes of micro-machining and innovative surface treatments on advanced materials by means of femtosecond lasers. This includes the in-depth study and evaluation of the optimal laser parameters to obtain sub-micrometric machining with high precision and quality. Within this project the FemtoLab has been set up.

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