EU legislation
Defines scope, obligations, procedures and responsibilities.


European legislation · CE marking
Conformity starts with the product, runs through directives, regulations and harmonised standards, and leads to the technical file, EU declaration and CE marking.
European framework
European machinery legislation is a coordinated system of obligations, technical requirements and responsibilities. Each product has a specific combination: identifying it early prevents late corrections and makes the entire conformity process verifiable.
Defines scope, obligations, procedures and responsibilities.
Support engineering decisions and the presumption of conformity.
Directives and regulations
The map starts with the machinery and its integrated technologies. Every reference must be confirmed against the actual product.
The new reference for machines, related products and partly completed machinery. It will replace Directive 2006/42/EC from 20 January 2027.
Defines essential requirements for safety and health, technical file and manufacturer’s obligations up to the passage to the new Regulation.
Regards emissions and immunity of machines with drives, inverters, electronics, sensors and complex paintings.
Introduces cybersecurity requirements for products with digital elements and coordinates safety, security and vulnerability management.
It becomes relevant when decision-making or adaptive functions affect safety, control or interaction with the operator.
To be evaluated for electrical equipment and products within specific voltage limits, coordinating it with the machine framework.
For devices and systems intended for potentially explosive atmospheres: categories, triggers, marking and documentation.
It can involve machines with pneumatic, hydraulic or process circuits according to fluids, pressures, volumes and categories.
For machines and subsystems with Wi-Fi, Bluetooth, modem, antennas or IoT modules.
Assessment method
Intended use, market, installation environment and integrated technologies determine the conformity route.
Expected use, machine limits, configuration and role of the economic operator.
Directives and regulations applicable, including possible overlaps.
Harmonized type-A, type-B and type-C standards useful for design and verification.
Analysis, tests, instructions for use, declarations and technical files consistent with each other.
Frequently used technical standards
Harmonised standards are not laws, but they are central tools for designing, verifying and documenting conformity.
Identification of hazards, risk estimation and choice of reduction measures.
Open in the UNI catalogueDesign of safety functions through Performance Level, categories, MTTFd, DCavg and CCF.
Open in the UNI catalogueDetachments to prevent the attainment of dangerous areas with upper and lower limbs.
Open in the UNI catalogueCircuits, controls, protections, stops, wiring, markings and electrical checks.
Open in the UNI catalogueChoice and design of interlocks associated with guards and prevention of defeat.
Open in the UNI catalogueMinimum distances for sensitive devices according to stop times.
Open in the UNI catalogueRegulatory context analysis
We analyse the machinery, function, sector and technologies to identify obligations, technical standards, documents and the conformity route.
Request a regulatory analysis