Guidance: Standards: General Product Safety
The Department for Business & Trade recently published notices of publication and a consolidated list for referenced standards concerning general product safety in the UK. This update affects all stakeholders involved in the procurement, manufacturing, and maintenance of engineering components.
UK engineering components suppliers must stay current with these standards to ensure compliance and mitigate legal risks. For instance, ISO 12100:2010 outlines basic concepts, terminology, and design guidelines for machinery safety, directly impacting industries relying on machine parts like gears, bearings, and shafts listed on MLC.
What Are the Key Standards?
ISO 12100:2010 is a fundamental standard focusing on mechanical risk assessment and elimination. UK engineering components provides detailed guidance on identifying hazards associated with machines and designing them to be inherently safe or incorporating safety measures like guards made from materials such as A36 structural steel.
How Do These Standards Impact Procurement?
Procurement managers must now verify that all purchased components adhere to ISO 12100:2010. For example, when sourcing hydraulic cylinders for heavy machinery applications, ensuring suppliers meet this standard is important. This means checking if the cylinder materials are resistant to corrosion and can withstand high pressures without leaking.
What Are the Financial Implications?
Compliance with these standards often involves higher initial costs due to more rigorous testing and certification requirements. However, long-term savings arise from reduced liability claims and recalls. According to a 2019 report by the British Industrial Fasteners Association (BIAFD), companies compliant with relevant safety standards reported an average 35% reduction in product-related legal expenses over three years.
How Can Suppliers Stay Ahead?
To stay ahead, suppliers need to invest in continuous training for their technical teams and ensure all new products are designed in compliance with the latest ISO and EN standards. For instance, a supplier of carbon steel nuts (EN8 grade) should regularly update their manufacturing processes to meet ISO 9001:2015 quality management system requirements.
Specific Product Categories Affected
The impact is particularly noticeable in categories like fasteners, gears, and bearings. Fastener suppliers must ensure all products comply with standards such as DIN 7984 for hex socket cap screws or BS EN ISO 369-1:2018 for nuts. This compliance not only protects against legal repercussions but also builds customer trust.
How Can Engineers Ensure Compliance?
Maintenance engineers can play a key role in ensuring that all components used during repairs and replacements meet the necessary safety standards. They should work closely with procurement teams to source certified parts from reliable suppliers like those listed on MLC for categories such as hydraulic seals, pneumatic cylinders, or industrial valves.
Training and Resources
To stay informed, UK engineering components professionals can use training programs offered by trade bodies like the British Technical Manufacturers Association (BTMA) or the British Precision Machined Components Association (BPMA). These organisations provide workshops and seminars that cover the latest updates in product safety standards.
Conclusion: Importance of Compliance
Staying compliant with these standards isn't just about adhering to regulations; it's a strategic business decision. By ensuring all components meet ISO 12100:2010 and other relevant safety standards, companies can enhance their reputation, reduce risk, and protect their bottom line.
UK engineering components suppliers should proactively engage with industry experts and trade bodies to understand the nuances of these standards and integrate them into their quality assurance processes.