Key Highlights
Understand EN 388 and choose the right cut resistant glove level for packaging, glass, metal and industrial handling tasks.
The biggest mistake in cut-resistant glove selection is assuming the highest rating is always the best option. Task profile, part geometry, grip demand and dexterity all need to be considered together. ## 1. What does EN 388 actually show? EN 388 helps interpret mechanical risks such as abrasion, tear, puncture and cut resistance together. ## 2. Read A-F levels by application Higher cut levels do not always create better outcomes. In lower-risk packing or light assembly, a very high-rated glove may add unnecessary bulk. ## 3. Comfort and dexterity influence real safety If the operator cannot feel components or handle tools comfortably, glove removal becomes more likely. ## 4. Do not forget coating and grip Different coatings perform differently on dry, oily or lightly wet surfaces. ## 5. Some lines combine cut and chemical risks During maintenance or process changeovers, cut resistance may not be the only requirement. ## Application checklist - Is the risk from sharp edges, burrs, sheet metal or glass? - Is fine assembly work required? - Will the glove be worn for the full shift? - Is the surface dry, oily or damp? - Are other hazards present at the same station?
