for demanding requirements
Laser modules developed by Pantec fulfill the purpose of enabling perfect integration for medical and industrial applications.
Our diode pumped 2 m.i.k.r.o.n.TM and 3 m.i.k.r.o.n.TM Solid-state laser systems can be used for
a wide range of applications due to their adaptability. This technology is particularly successful in the medical field
due to its numerous positive properties in the treatment of human hard and soft tissue. more
The famTM direct diode laser technology is primarily suitable for industrial applications.
DLM-12 modules emit nearly diffraction limited radiation in pulsed and continues wave regime.
Due to the resulting unprecedented brightness they are well suited for highly demanding application
e.g. in the field of solid state laser pumping. All our laser modules are characterized by their strong
performance combined with a compact design for perfect integration options.
Do you already know our user-friendly P.L.E.A.S.E. Research device?
It offers excellent opportunities for preclinical studies.
Diode pumped solid state laser
Our standard diode-pumped 3 m.i.k.r.o.n.TM and 2 m.i.k.r.o.n.TM laser sources deliver up to 100 W at a wide range of repetition rates and pulse durations. Both providing amazing results in biological tissue applications due to the excellent beam quality and the high level of water absorption.
Less waste heat and a notably smaller cooling system, compared to flash-lamp pumped lasers, lead to the compact footprint. By implementing reliable laser diodes and a rugged construction, the sources are suitable for 24/7 operation.
Direct diode laser
The proprietary fam™ technology for tapered laser diodes results in the highest spatial and spectral brightness from a single emitter, available in free-space, fiber-coupled and second harmonic versions.
The P.L.E.A.S.E.® (Precise Lasers Epidermal System) creates precise micropores of about 1/10 mm depth into biological tissue. The state of the art system uses the diode pumped solid state laser module DPM-2 (Er:YAG).
It is an optimal solution for researchers working on pre-clinical trials.