Insights
Notes from the cell, written for the people who specify parts: procurement, mechanical engineers, and product teams scoping a build. No marketing, no jargon — capabilities, trade-offs, and the numbers that drive a decision.
Process Selection
Laser vs waterjet vs plasma, written by a fiber-laser-only shop: kerf, edge quality, heat, thickness, and cost per meter, plus the parts we would send to a waterjet or plasma shop instead.
Nevatronix Laser 9 min read
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Process Selection
Laser cut vs press brake formed: when a flat laser-cut part (tab-and-slot, weldment, bolt-up) beats a bent one on cost, tolerance, and lead time — and when the bend is the right call.
Nevatronix Laser 8 min read
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Flat Sheet Capability
A fiber shop's decision guide to laser assist gas: when oxygen's exothermic edge is fine, when stainless and aluminum need nitrogen, and what belongs on your print instead of the gas.
Nevatronix Laser 7 min read
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Tube Laser
An honest breakdown for structural fabricators: the operations, accuracy, and geometry that decide whether tube laser or saw-and-drill quotes cheaper — and where saw-and-drill still wins.
Nevatronix Laser 8 min read
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Flat Sheet Capability
A fiber shop's honest reference on 3 kW cut-thickness limits: mild steel to 12 mm, stainless to 6 mm, aluminum to 5 mm — and why the edge-quality maximum sits below the spec-sheet number.
Nevatronix Laser 8 min read
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Process Selection
A fiber shop's honest comparison for procurement engineers — material compatibility, edge quality, throughput, operating cost, and where CO2 still wins.
Nevatronix Laser 8 min read
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Editorial
A short note on why we're launching this blog, who it's for, and what we will — and won't — be writing about.
Nevatronix Laser 1 min read
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