Description
Fixed Access for Machinery and Factory Tasks
Maintenance engineers and factory teams need a stable, fixed platform for routine work on machinery where temporary steps or ladders are less suitable. The TB Davies DPS-STEP Aluminium Trade Single-Sided Access Platform is constructed from heavy-duty channel section aluminium, providing a durable structure for regular industrial use. It features 80mm deep serrated treads for improved grip and a comfortable 420 x 360mm checker-plate platform that offers a secure standing area. A single handrail is supplied loose for additional support when ascending or working from the platform.
Practical Design for Everyday Professional Use
Available in single-sided configurations with a range of platform heights, the DPS-STEP supports applications such as equipment servicing, inspection and general maintenance in workshop or production environments. The fixed design delivers consistent stability, while the aluminium construction keeps the unit manageable for positioning as required. Rated to 175kg with a 3-year warranty and manufactured in the UK, it provides a straightforward solution for businesses that require reliable low-to-medium height access without the need for more complex equipment.
Quick-Read Summary
- Heavy-duty channel section aluminium construction for durability
- 80mm deep serrated treads for enhanced grip
- Comfortable 420 x 360mm checker-plate platform
- Single handrail supplied for additional safety
- 175kg load capacity, UK manufactured and 3-year warranty
The HSE Store Advantage
Ordering the DPS-STEP through HSE Store provides practical support for professional buyers. Complimentary UK mainland delivery, 5-star rated service and technical assistance, and the knowledge that every order funds a native UK tree via Ecologi help streamline procurement. Over 95% of the wider range is British manufactured, and the team can assist with bulk quantities or specific requirements. Clear specifications and reliable service support businesses that need fixed access platforms without unnecessary complexity.
























