CSS Worksafe is a well-established UK specialist in height safety and confined space solutions, supporting businesses across a wide range of industries with practical, compliant, and reliable safety systems. Founded in 1992 and based in Bromsgrove, Worcestershire, the company has built a strong reputation for delivering high-quality products, expert consultancy, and hands-on training designed to reduce risk and improve workplace safety.

Operating at the forefront of the European fall protection industry, CSS Worksafe provides a comprehensive “one stop shop” for organisations working at height or in hazardous environments. Their offering includes the design, supply, and installation of fall arrest systems, horizontal and vertical lifeline systems, ladder safety devices, and bespoke access solutions. Alongside this, they deliver specialist training programmes, inspections, and ongoing maintenance services to ensure full compliance with UK health and safety legislation.

Safety sits at the core of everything CSS Worksafe does. With falls from height remaining one of the leading causes of workplace injury in the UK, the company focuses on helping clients identify risks, implement preventative measures, and create safer working environments. Their consultancy-led approach ensures that every solution is tailored to the specific needs of each site, whether that involves a simple safety upgrade or a fully engineered access system.

CSS Worksafe supports clients throughout the entire lifecycle of a safety system, from initial site surveys and risk assessments through to installation, certification, and ongoing inspection. Their experienced team combines technical expertise with practical industry knowledge, ensuring that all systems not only meet regulatory requirements but are also effective and easy to use in real-world conditions.

With decades of experience and a commitment to continuous improvement, CSS Worksafe continues to help organisations across the UK operate safely, efficiently, and with confidence when working in high-risk environments.