- Services
- Industries
- Automotive
- Battery
- Building inspection
- Fire alarms system testing
- Household appliances
- Installation materials
- Industrial machinery
- IT & audio video
- Laboratory, test & measurement
- Lighting equipment
- Maritime, oil & gas
- Medical & healthcare equipment
- Military & aerospace product testing
- Wireless & telecom
- Resources
- About
- Blog
- Events
November 7, 2025
Ensuring Functional Safety in Modern Industrial Automation
Written by: Juan Manuel Gonzalez
Factories are an entirely different game now if we go back a decade: robots, intelligent machines, and automated production lines are considered the cornerstone in industrial manufacturing. These factories make factories faster, intelligent, and productive but at the cost of having newer hazards for safety. Manufacturers have to ensure that these automated systems work safely and reliably, thus protecting workers and equipment. This being the very definition of functional safety.
Why Functional Safety Matters?
Industrial automation with such sophistication exists such that machines, sensors, actuators, and software communicate in real time. A failure inside any of these components-the robot arm, the conveyor belt, or that controller-could mean very grave consequences. They include employee injuries, expensive downtime, and even destruction of entire production lines.
Standards like IEC 62061 and ISO 13849 offer guidelines to minimize these risks. They instruct manufacturers how to detect hazards, evaluate risks, and implement protective measures so that machinery remains safe to use—even in case of failure.
Manufacturers' Major Challenges
Whether or not one speaks for stronger standards, functional safety is not an easy feat. Manufacturers' commonly encountered situations are:
Complex Machinery and Integration-Factories include robots, cobots, and automated cells that need to operate in perfect synchronization among each other. Safety does not pertain to an individual machine but to the networked system.
Regulatory Changes – Standards such as ISO 13849, IEC 62061 evolve with time. There is variation in how these rules are adopted by region, making the rules hard to follow.
Resource Burden - It requires risk analysis, testing, and verification by a third party. For diversified equipment, this is a resource crunch for companies spread across several suppliers.
Cybersecurity Risks- The networked devices are being exposed to cyber threats that might initiate safety malfunctions. Functional safety and cybersecurity increasingly converge in industrial settings.
How Nemko Helps Manufacturers
Nemko guides manufacturing operations through industrial automation functional safety potholes. we support you throughout the entire life span of your equipment:
Testing and Verification – We perform equipment testing against the actual operating conditions, including safety function tests, failure modes and comparing to IEC 62061 and ISO 13849.
Certification and Market Access – Our certifications demonstrate compliance to customers and regulators globally, facilitating companies' access to overseas markets.
Lifecycle Support - From design and conception, through installation and post-market surveillance, we continuously support the endeavor to meet safety standards and never endanger a machine's service life.
Expert Guidance - Local regulations and world standards are known by our experts. We assist manufacturers in making safer systems, switching to new requirements, and building strong safety processes.
Trends Shaping the Future of Industrial Safety
Functional safety continues to advance with advancements in factory technologies:
Cobots (Collaborative Robots) – Cobots are programmed to collaborate alongside humans, requiring sophisticated protection features like force limiting and proximity sensing.
Industrial Revolution 4.0 and Smart Factories-Interconnected Machines Provide the Best Opportunity to Monitor in Real-Time and Based on Prediction-Maintenance. Safety systems must have the integrity to continue functioning throughout a network or software crash.
AI and Machine Learning-Increasingly so, the healthcare systems increasingly become autonomic through AI and thus require standards in unpredictable machine behavior for supporting safe operation in every given possibility.
Nemko as a Valued Partner
Besides being a conventional testing and certification company, Nemko is very actively involved in standardizations and industry forums, thereby influencing the future of functional safety. Taking our many years of hands-on Experience onto practical working grounds, we offer functional safety solutions that are compliant with corresponding regulations while serving the manufacturers' real-world applications.
We have rendered safety, risk minimization, and confidence-building services to myriad factories for their automation solutions.
Functional safety isn't optional anymore. With the movement of robots and intelligent machinery on to factory floors, safety must be the highest consideration. Through Nemko testing, certification, and technical advisory, manufacturers can design safer and more reliable industrial automation systems that can be placed confidently on the global marketplace.
Juan Manuel Gonzalez
Business Development Manager Wireless/EMC Division at Nemko
Other posts you might be interested in
Ensuring Functional Safety in the Age of Electrification
October 30, 2025
//
Global Market Access
ISED's New TRC-49: Updated Service Fees for Radio & Telecom Equipment.
July 6, 2023
//
Product certification
Expansion of MTCTE Scheme in India: Latest Updates and News from Nemko
August 2, 2023
//
Radio, wireless and telecom