The HAMBURG high-cut shoe is an S3 CI WR SRC model, lightweight (625 gr), featuring a full-grain IDROTECH® WPA leather upper and a Windtex® waterproof membrane lining, ensuring water resistance (WR) and excellent breathability. It offers cold insulation down to -17°C (CI). The dual-density polyurethane ACTION sole guarantees slip resistance (SRC) and is also suitable for ESD areas.

The KENT low-cut shoe is an S3 SRC model, lightweight (595 gr), featuring a water-repellent (WRU) pigmented split leather upper. The dual-density polyurethane ACTION sole is slip-resistant (SRC), anti-shock, and resistant to hydrocarbons (FO). The toecap and penetration plate are both composite and non-metallic (No Metal). The 4001 EASY insole is anatomical, breathable, and suitable for ESD areas.

The CAMBRIDGE high-cut shoe is an S3 SRC model, lightweight (615 gr), featuring a water-repellent (WRU) pigmented split leather upper. The dual-density polyurethane ACTION sole is slip-resistant (SRC), anti-shock, and resistant to hydrocarbons (FO). The toecap and penetration plate are both composite and non-metallic (No Metal). The 4001 EASY insole is anatomical, breathable, and suitable for ESD areas.

The MOZART low-cut shoe is an S3 SRC model, lightweight (540 gr), with a water-repellent (WRU) split leather upper. It is distinguished by the use of a steel anti-perforation plate, combined with a non-thermal composite toecap. The dual-density polyurethane ACTION sole is slip-resistant (SRC), anti-shock, and resistant to hydrocarbons (FO). The 4001 EASY insole is anatomical, breathable, and suitable for ESD areas.

The VERDI high-cut shoe is an S3 SRC model, lightweight (550 gr), with a water-repellent (WRU) split leather upper and reflective inserts. It is distinguished by the use of a steel anti-perforation plate, combined with a non-thermal composite toecap. The dual-density polyurethane ACTION sole is slip-resistant (SRC), anti-shock, and resistant to hydrocarbons (FO). The 4001 EASY insole is anatomical, breathable, and suitable for ESD areas.