.png)
This is Axilens.
A non-diffractive laser beam from
.png)
Our Story
Axilens provides a structured laser beam, which is a low-cost laser that produces a non-diffractive beam (NDB) that has very low diverge and can maintain the Bessel-like beam and spot sizes for long distances.
A non-diffractive beam was first proposed by Durnin et al. in 1978 as a light beam having a transverse intensity distribution that can be modeled using a Bessel function. The beam profile remains unchanged even if it propagates over a long distance.
Our technology have a low-cost, extreme compact spot size and very low divergence, it is non-diffractive over long distances, it is self-constructive after it meets an obstacle, it is Robust to jitter, vibrations, and variations on the angle of the input beam.
What We Do
Reliable. Accurate. Precise.
Current methods of generating Bessel beams are using Axicons, annulus holes, holography methods and using fibres. However, the major shortfall of these current state of art methods are that they are limited to very short distances.
The characters of the CERN technology is very similar to the Bessel Beam. However, the uniqueness is that the rings around the central spot can be controlled and tuned. The size of the central beam, the divergence of the full beam and the distribution of the rings - all of them adjustable based on applications.
"Sometimes, opportunities fall into our laps when we’re least expecting them. "