Skechers UNO O1 Women's Occupational Shoes
The Skechers UNO O1 occupational shoes for women bring together reliable safety and all-day comfort in a classic sneaker design. Featuring a perforated synthetic upper with a lace closure, these professional shoes are built to handle demanding work environments. The visible air-cushioned midsole works alongside the Air-Cooled Memory Foam insole to keep your feet comfortable during long shifts. With slip-resistant soles that resist oil and fuel, plus ESD technology to minimise static build-up, these occupational shoes meet strict safety standards whilst maintaining a contemporary look that works both on and off the job.
Key Features
- Air-Cooled Memory Foam insole for comfort and support
- Visible Skech-Air cushioned midsole technology
- Slip-resistant sole with oil and fuel resistance
- ESD protection minimises static electricity build-up
- Perforated synthetic upper for breathability
Recommendations from our Unishore Expert
These occupational shoes are ideal if you're looking for dependable everyday professional footwear that doesn't compromise on comfort. The air-cushioned technology keeps feet supported throughout your shift, whilst the slip-resistant sole provides stability on various surfaces. The perforated design helps keep your feet cool, and the ESD protection is particularly useful if you're working in sensitive electronic environments. The sneaker-style design means you can wear these confidently both at work and beyond.
Product Features
- Type of Footwear - Occupational Shoes
- Width - Standard (10)
- Style - Sneaker
- Closure - Laces
- Upper Material - Faux Leather with perforated details
- Sole Material - EVA and Rubber
- Safety Class - O1
- Protective Toe Cap - None
- Protective Midsole - None
- Article Number - SK108021
Standards and Safety
- Meets EN ISO 20347 occupational footwear standards
- FO (Fuel and oil resistant running sole) protection
- SRC (Anti-slip according to SRA and SRB standard)
- ESD protection compliant with EN IEC 61340-4-3:2018 to prevent static discharge