WHY SHOULD YOU USE CERTIFIED LIFTING EQUIPMENT?

When it comes to lifting equipment, there are two essential certifications that are usually required. One relates to the engineering authorization, ensuring the equipment's capacity is properly assessed. The other is an ongoing certification based on annual visual inspections. While the UK government mandates the use of certified lifting equipment and insists employers train their staff accordingly, we sometimes still encounter devices that lack proper engineering or aren't adequately documented.

Using certified lifting equipment is not just a legal requirement but also a matter of safety. In the UK, the Health & Safety Executive (HSE) governs the use of lifting devices, requiring all equipment to carry a professional seal and an engineer's written certification. This certification must clearly outline the equipment's capacity, including details about the loading conditions and any relevant ratings. Furthermore, manufacturers must engage a non-destructive testing (NDT) engineer to perform documented inspections regularly.

Having a certified lifting device gives you peace of mind, knowing both you and those around you are safer during operations. Certification means the equipment has been verified to meet structural requirements for specific work conditions or load capacities. Regular inspections ensure the equipment remains well-maintained and safe for operation. Engineers guarantee that certified equipment has passed inspection and is safe for daily use, while the accompanying documentation helps workers understand how to operate the equipment correctly.

In certain cases, engineers might need to assess the quality control processes used during manufacturing. Typically, they'll specify a set of fabrication codes that manufacturers must adhere to throughout the construction process. These codes aim to uphold high-quality standards, ensuring consistency and reliability. Additionally, such standards often require employers to hire qualified welders to perform qualified welding procedures. Some quality control programs may even incorporate ISO9001 or similar frameworks to enhance traceability of materials and add further quality assurance features. The ultimate goal of these initiatives is to produce flawless products capable of lasting longer.

Employers who opt for certified lifting devices showcase their commitment to safety and responsibility. Stakeholders recognize that the employer takes proactive steps to make the workplace safer for everyone. By using certified lifting equipment, liability for safety shifts between the operator and the certifying engineer. The engineer ensures the device is safe, while the operator is responsible for promoting its safe use. This division of responsibility allows employers to focus solely on mitigating risks associated with misuse.

Take a moment to check whether your current lifting devices have adequate documentation reflecting the initial engineering done on them. Schedule an annual inspection and request that your inspector conducts a code review. If you discover that the foundational engineering is missing, consider replacing the device or exploring reverse engineering options. While reverse engineering can be expensive for mass-produced items and may result in non-compliance with codes, it could be a practical solution when dealing with large, specialized products.

Remember, investing in certified lifting equipment isn’t just about meeting regulations—it’s about protecting lives and ensuring efficiency in your operations. Don’t overlook the importance of regular maintenance and inspections to keep your equipment in top condition. After all, a well-maintained device is a safer device, and safety should always be a priority in any workplace.