Danem Test & Certificate supports manufacturers with machinery safety assessment and certification preparation for regulated markets. Machinery safety evaluation helps confirm that equipment is designed to reduce risks across its lifecycle: from installation and operation to maintenance and foreseeable misuse.
We support clients from early feasibility reviews through documentation checks, risk assessment support, and coordination of required testing where needed. Our approach is tailored to the machine type, intended use, and target markets, helping manufacturers avoid delays caused by missing documentation or safety design gaps.
From the outset, we define the assessment scope, required evidence, and expected timelines to ensure a structured and transparent path from evaluation to final approval.
What Is Machinery Safety?
Machinery safety assessment verifies that machinery meets applicable EU safety requirements for placing products on the market and supporting CE marking. This includes structured risk assessment, implementation of safety measures, and preparation of technical documentation demonstrating that hazards have been addressed appropriately.
Depending on the machine type and target market, requirements may be assessed against the relevant EU legal framework and harmonized standards. Key topics typically include risk assessment, safety functions, guarding, emergency stops, control system safety, electrical safety, and user information.
Typical products include industrial machines, automated production equipment, packaging and processing machinery, robotics and integrated lines, lifting and handling equipment, and special-purpose machines for regulated environments.
Machinery Safety Testing & Certification Process
Our machinery safety certification process is designed to keep requirements clear and reduce costly iterations.
1
Applicability and scope definition
We confirm the applicable requirements based on machine type, intended use, and target market, and define the assessment scope.
2
Risk assessment and documentation review
We support hazard identification, risk evaluation, and review of safety documentation to confirm required measures and evidence.
3
Verification and testing coordination (as needed)
Where required, we coordinate verification activities and testing to support safety claims and technical documentation.
4
CE documentation support and final readiness
We support preparation of outputs suitable for CE technical documentation, including risk assessment records and user information requirements.
Applicability and scope definition
We confirm the applicable requirements based on machine type, intended use, and target market, and define the assessment scope.
Verification and testing coordination (as needed)
Where required, we coordinate verification activities and testing to support safety claims and technical documentation.
Risk assessment and documentation review
We support hazard identification, risk evaluation, and review of safety documentation to confirm required measures and evidence.
CE documentation support and final readiness
We support preparation of outputs suitable for CE technical documentation, including risk assessment records and user information requirements.
Define your machinery safety requirements correctly from the start
Structured risk assessment, safety function review, and CE documentation support for industrial machinery and equipment.
Which products are considered “machinery” under EU requirements?
This depends on how the product is powered, how it operates, and whether it performs an industrial function. We confirm applicability and scope during the initial review.
Is a risk assessment always required for machinery?
Yes, risk assessment is a core part of demonstrating safety for machinery. It helps identify hazards and define the safety measures and documentation needed for market readiness.
Do I need functional safety (e.g., safety PLC) to meet machinery safety requirements?
Not always. Functional safety requirements depend on the machine risks, safety functions, and control system design. We help determine whether safety-related control functions require formal assessment.
What are the most common reasons machinery projects are delayed?
Typical issues include incomplete technical documentation, unclear risk assessment, missing safety measures (guards, interlocks), and insufficient user instructions. Early review helps avoid rework late in the project.
Can you support CE marking for machinery sold outside the EU?
Yes. While CE is EU-focused, many markets reference EU safety practices, and documentation developed for CE can support broader market requirements. The exact scope depends on the destination market.