Products

Find your laser beam shape

3D Beam Shaping

Midel unique

In production, what counts is process stability, part after part. A conventional beam keeps its shape only right at focus, over a very short range, which is why we engineer it along the propagation axis instead. The result: an extended depth of focus that turns a focus-critical step into a forgiving one.

3D Gaussian

Real parts are never perfectly flat, and lasers drift under thermal load. This shape turns the Gaussian’s knife-edge waist into a long working band, so the part can sit where it actually sits, with no focus tracking required.

Up to 5× the depth of focus
Keeps a near-diffraction-limited spot
Holds up in multi-kW setups where transmissive optics drift

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3D Top-Hat

The first flat-top engineered for depth rather than for the focal plane. Every conventional shaper builds a clean plateau in one thin slice and lets it decay into a peak on either side. This one holds it, so the flat-top is still flat where your part is.

~5× the stable range of a conventional shaper
As small as physics allows — only 1.5–1.8× the Gaussian spot size
Superior performance proven across a range of applications

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3D Ring-Core

Wraps a laser spot in a ring and holds that geometry across virtually the full depth of focus, whereas a dual-mode laser’s ring collapses within a fraction of the Rayleigh length. A calm keyhole, less spatter, clean at higher feed rates.

Ring + core stable through the focus
Independently verified by Primes on single- and multi-mode systems
Ring-core behaviour without a ring-core laser

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3D Custom

When none of the profiles above is the right answer, we design the distribution around your process instead. We always appreciate a challenge to the limits of physics.