30% lighter anti-perforation insert using aramid fibres and HT polyester, with certified protection to EN ISO 20345:2022.

Lightweight composite toe cap made from advanced fibre materials, providing high-impact resistance while reducing weight compared to steel alternatives.

SRC-rated for slip resistance on ceramic and steel surfaces, ensuring grip in wet and oily environments.

Enhanced stability system that extends support to both heel and midfoot, improving control and reducing strain in more demanding environments.

Integrated stability system that supports the heel and controls foot movement, improving balance and reducing strain during prolonged wear.

Electrostatic discharge protection that safely dissipates static electricity, reducing the risk of damage to sensitive equipment in controlled environments.

Dual-layer microfibre construction combining durability and flexibility, offering a lightweight, breathable alternative to traditional leather.

Fully metal-free construction using composite materials, reducing weight and allowing safe use in environments with metal detectors.

Certified insole system designed to allow orthopaedic insoles to be used in safety footwear without compromising certification. Developed in line with DGUV 112-191 standards, it ensures that customised or specialist insoles maintain the shoe’s original safety performance while improving comfort and support.

Advanced shock-absorbing material that remains flexible during movement but absorbs and dissipates impact energy under pressure, reducing fatigue and strain.

Footwear designed with a focus on reduced environmental impact, using recycled materials and more efficient production processes without compromising safety or durability.

Breathable insole made with recycled materials, combining airflow channels with cushioning to improve comfort while supporting a more sustainable design.

Soft microfibre material with a suede-like finish, providing flexibility, breathability, and improved comfort while maintaining durability.