Fraud in welding helmets: resin layers trimmed to cut costs

Published on 2026-07-02 | Translated from Spanish

Welding safety faces a new scandal: the certification of protective helmets has been falsified by deliberately reducing the layers of flame-retardant resin. This practice, aimed at lowering production costs, compromises the integrity of the equipment against heat and sparks. Forensic analysis with VGSTUDIO MAX and Geomagic Control X has been key to uncovering the irregularities.

industrial safety helmet cross-section forensic analysis, resin layers visibly cut and reduced near the shell edge, thermal damage simulation showing heat penetration through thinner section, VGSTUDIO MAX software interface partially visible on a monitor in background, Geomagic Control X color map overlay highlighting thickness deviations, a soldering spark beam hitting the compromised area during a test, photorealistic engineering visualization, metallic and plastic material textures, sharp focus on layer discrepancy, dramatic workshop lighting with blue and orange contrast, ultra-detailed mechanical forensic scene

Volumetric and Metrological Analysis with VGSTUDIO MAX and Geomagic Control X 🔍

3D inspection programs have made it possible to compare certified helmets with real ones. VGSTUDIO MAX detected variations in material density through computed tomography, revealing resin layers 40% thinner than specified. Geomagic Control X, for its part, performed a geometric deviation analysis, confirming that the thickness of the thermal protection did not meet standards. This data is direct evidence of the fraud.

The Magic Resin That Vanishes on the Invoice 💸

It seems some manufacturers discovered a new formula: sell top-quality fireproof protection, but manufacture it with the consistency of chewing gum. With VGSTUDIO MAX, we caught them red-handed: less resin, more risk, and savings only noticeable in their bank accounts. Next, they will be selling asbestos gloves made of tissue paper. The creativity for cutting costs knows no bounds.