The safety relays market is expected to be worth USD 0.74 billion in 2025. It will grow at an 8.3% CAGR throughout the forecast period and reach a value of USD 1.63 billion by 2035.
During 2024, the safety relays market observed stable growth with high dependence on mounting regulatory compliance requirements in industrial automation. Market demand for machine safety solutions intensified across the manufacturing, automotive, and energy industries, with companies placing priority on labourer protection and risk prevention. Adoption of ISO 13849-1 and IEC 62061 standards witnessed a global rise, encouraging industries to install updated safety relay systems. Intelligent safety relays equipped with diagnostics observed heightened demand, with the market leaders releasing IoT-supported versions for predictive maintenance.
Some of the challenges that arose were supply chain delays brought about by shortages of semiconductors, which impacted lead times for advanced safety relay systems. Nonetheless, firms minimized risks through regionalized manufacturing facilities and supplier diversification measures.
In 2025, the safety relay market will pick up speed, driven by Industry 4.0 and collaborative robotics (cobots). Wireless and cloud-based safety relays will increase in demand as smart factories spread. Artificial intelligence-based safety systems will go main-stream by 2035, lowering downtime and increasing efficiency. The Asia-Pacific region will witness robust growth, with industrialization and strict safety regulations fuelling adoption. Investors who are putting their money into scalable and modular safety relay solutions will enjoy a competitive advantage.
Industry Forecast Table
| Metric | Value |
|---|---|
| Industry Size (2025E) | USD 0.74 billion |
| Industry Value (2035F) | USD 1.63 billion |
| CAGR (2025 to 2035) | 8.3% |
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Regional Difference
Adoption of Advanced Technologies
ROI Perception
Polycarbonate Enclosures: Chosen by 62% because of their strength and insulation against electricity.
Regional Variance
Price Sensitivity
Regional Differences
Manufacturers
Distributors
Industrial Operators
72% of manufacturers will invest in IoT-enabled safety relays.
Regional Focus Areas
Regulatory Influence
Consensus
Safety compliance and reliability cost challenges transcend borders.
Regional Differences
| Country | Regulatory Impact & Mandatory Certifications |
|---|---|
| United States | OSHA (Occupational Safety and Health Administration) Standard: Require the use of a safety relay in a hazardous working environment. NFPA 79 (Electrical Standard for Industrial Machinery): Standard for machine safety. UL 508 Certification-Required for Industrial Control Equipment. |
| United Kingdom | After Brexit, manufacturing electrical devices that conform to UK standards requires a UKCA (UK Conformity Assessed) Mark. HSE, the Health and Safety Executive, regulates workplace safety laws. BS EN ISO 13849-1 applies to safety-related control systems for machinery. |
| France | INRS (French National Research and Safety Institute) requires compliance with safety relays for industrial automation. CE Marking (EU-wide) is necessary for access to the market. Electrical installation and machine safety are regulated by NF C 15-100. |
| Germany | The DGUV (German Social Accident Insurance) strictly enforces workplace safety. Electrical safety for accident prevention for machinery according to DIN EN 60204-1 CE Marking under the European Machinery Directive. |
| Italy | INAIL guarantees the compliance with safety standards. CE marking is required for industrial safety relays-Functional safety norms are covered by ISO 12100 & IEC 61508. |
| South Korea | KOSHA (Korea Occupational Safety and Health Agency), industrial safety regulations. KC (Korea Certification) Mark is required for electrical safety products. KCS 13 subtitle (emergency stop and control devices) |
| Japan | Japanese Industrial Standards: safety relay specifications. PSE certification for the electrical control device (Product Safety Electrical Appliance & Material) The automation industry emphasizes compliance with ISO 13849-1. |
| China | CCC (China Compulsory Certification) is required for the industry use of safety relays. There are GB Standards for electrical safety and automation systems. SAMR [State Administration for Market Regulation] is the compliance authority. |
| Australia-NZ | AS/NZS 4024.1, like ISO 13849, relates to machine safety requirements. RCM is mandatory for electrical products. Safe Work Australia is responsible for maintaining industrial safety standards. |
| India | Industrial control safety IEC 60947 (BIS (Bureau of Indian Standards) IS 13947) The Factory Act, 1948, mandates compliance with safety standards in the workplace. Please note that safety relays for import must have CE & ISO 13849-1 as additional certification. |
The North America safety relays market is anticipated to showcase a growth rate of 8.6% through 2023 because of the stringent OSHA and NFPA regulations & codes that mandate print safety mechanisms to ensure safety in industries.
Growing adoption of Industrial IoT (IIoT) and smart factories is further pushing demand for networked safety relays offering predictive maintenance. Heavy investments in automated manufacturing in the automotive and aerospace industries will drive adoption. Cybersecure relay systems are also targeting industrial networks to prevent the spread of attacks. The Inflation Reduction Act and investments in domestic semiconductor manufacturing will keep supply chain dislocations in check, allowing steady market growth.
The UKe UK safety relays market grew at a CAGR of 7.9% and will keep flourishing due to the UKCA compliance requirements in a post-Brexit setting. Workplace safety regulations have also been getting stricter, driven by the Health and Safety Executive (HSE), resulting in an increased demand for certified safety relays in industrial environments.
Policies that prioritise energy saving and low power, such as carbon neutrality, are driving the demand for low power and energy-saving safety relays. The increased movement towards smart manufacturing and AI-based automation in core industries such as pharma and food processing will further drive growth. However, the complexities of Brexit-related supply chains can create headaches for manufacturers that import safety relay elements.
The growth of the French safety relays market is primarily attributable to INRS safety requirements and compliance with the EU Machinery Directive (CE Marking), which is expected to reach a CAGR of 7.8%. France: The country's relatively robust industrial sector contributes to the growing demand for high-reliability safety relays.
France is also leaning towards sustainable production, thus forcing corporates to invest in recyclable and sustainable safety relay materials. Ultimately, the government’s industrial plan for France 2030 will drive smart automation, forcing companies to invest in IoT-enabled safety relays to monitor locations and mitigate risk in realtime.
Germany is expected to grow at a CAGR of 8.4% driven by safety regulations (DGUV, CE Marking) and a hydra-a-automated industrial base. AI-capable safety relays are experiencing increased uptake for proactive failure detection as part of Industry 4.0 applications.
The need for performance in automotive and heavy machinery industries coupled with redundant safety relay systems, such as for the elevator and the manufacturing process,, will help escalate the market demand in the country. The EUe EU Green Deal and the shift toward sustainability of the production are driving the increasing use of energy-efficient & low-power safety relays. Having leading robotics and industrial automation companies located in Germany, the country is expected to remain a significant growth hub for high-tech safety relays.
It is also expected that the Italian safety relay market will grow at a CAGR of 7.7% thanks to INAIL workplace standards and the EU Machinery Directive. The country's automotive, food processing, and textile industries have high safety standards that are met by modern, fail-safe safety relay systems.
It is very common to add IoT-enabled safety relays to existing industrial installations. To meet EU sustainability rules, Italy's National Recovery and Resilience Plan (NRRP) also encourages manufacturers to use low-energy, recycled safety relays in their systems.
The South Korean safety relay industry is anticipated to grow at 8.2% throughout the forecast period, owing to KOSHA's (Korea Occupational Safety and Health Agency) regulatory norms compelling stringent workplace safety. The demand for high-speed and compact safety relays is also on the rise as industrial automation, especially semiconductors, shipbuilding, and automobiles, becomes more complex.
Smart factory initiatives led by the government are increasingly pushing companies towards AI-based and cloud-sourced safety relay systems. Secondly, KC (Korea Certification) compliance is a giant barrier for foreign producers to enter the domestic market, while it's a sign of safe and quality products for the consumer.
Japan's market for safety relays is projected to have a CAGR of 7.6% and growth due to JIS (Japanese Industrial Standards) and PSE (Product Safety Electrical Appliance) regulations. The country's high-automation environment uses advanced safety relays for risk prevention, primarily in robotics and electronics.
However, cost-conscious manufacturers stubbornly resist adopting IoT-based safety relays and continue using the Stone Age electromechanical version. The ageing industrial base in Japan presents us with an opportunity to retrofit factories with AI-powered, predictive maintenance safety relays. With government incentives encouraging Industry 5.0 innovations, the market will witness further growth.
Increasing stringency in norms as mandated by GB Standards and CCC (China Compulsory Certification) for safety relays in China will make the country one of the most lucrative places in the world over the forecasted period, with an anticipated growth of 8.7% CAGR by volume. The country's burgeoning industrial automation development in the manufacturing, electronics, and mining sectors is driving the need for safety relays with high performance and safety.
Regulatory influences, like workplace safety improvement initiatives (often called Made in China 2025), drive the adoption of fail-safe and networked relay technology. Still, low-cost domestic competition represents a risk for foreign makers. Furthermore, the increasing investment in 5G-based industrial automation will progressively increase the need for IoT-capable safety relays.
In Australia and New Zealand, the safety relay market is expected to rise at a 7.5% CAGR, driven by the requirements of Safe Work Australia standards and AS/NZS 4024.1 safety. Mining, oil & gas, and heavy industries are the largest buyers in terms of compliance with hazardous environments, with safety relays being the largest consumption segment.
The move towards sustainable, solar-powered automation is driving the adoption of energy-efficient safety relays. There are also opportunities in wireless safety relay systems at remote industrial locations within mining areas for enhanced reliability. Import dependence on European and USA safety relay brands is a concern that needs to be addressed through local production at the domestic level as a future growth driver.
Further, the USA safety relays market will develop with an 8.5% CAGR in the Indian market, supported by initiatives like Make in India promotion and compliance with BIS (Bureau of Indian Standards) IS 13947. The Smart Safety Relay Market in the Automotive, Power, and Heavy Engineering Industries The automotive, power, and heavy engineering industries are primarily high-quality users of smart safety relays.
Growing awareness concerning safety at work according to the Factories Act, 1948, as well as increased promotion for industrial automation, is driving market growth. The manufacturing industry is making a vastly growing contribution to India's generating economy and FDI inflows in industrial automation sectors; it is expected that India will be one of the fastest-growing safety relay markets in Asia.
Safety relays are the market leaders in terms of reliability and production costs in industrial safety applications. Relays find extensive use in older industrial installations and are still the relay of choice in industries like manufacturing, power generation, and mining, where fail-safe operation is crucial.
These relays are built mechanically, so they are said to be more immune to power surges and shorts, as well as withstanding longer demand, especially where legacy infrastructure is still deployed. Solid-state safety relays are the fastest-growing segment market due to their longer life span, low maintenance requirement, and capability to support automation and IoT-supported systems.
As a result of Industry 4.0, more and more smart factories are using solid-state relays (SSRs), which can switch more quickly and work with PLCs and AI-based safety monitoring systems. The Europe and North America regions are leading the way with solid-state relays, while Asia-Pacific continues to rely on electromagnetic relays, although their usage is gradually changing.
We have noticed that the emergency stop (E-stop) safety relays hold the largest share of the market, as they are a critical safety aspect of industries, allowing them to bring things to a halt the moment things get dangerous. Manufacturing, oil & gas, and mining industries use them in critical emergency situations.
In this regard, Safety Gate Safety Relays are also a requested main segment, especially for high-risk industrial environments where plants requiring access protection for risk areas of machines can be used to detect surreptitious entry.
Light Curtain Safety Relay is the fastest-growing market segment, driven by greater adoption in automated and robotised manufacturing environments. Sensor-based light curtains, when combined with these relays, improve safety by automatically shutting down machines upon detecting human exposure. The automotive, electronics, and pharma sectors are leading the way for light curtain relay adoption, particularly in Germany, Japan, and the USA, where automation is governed by precision orientation.
Manufacturing is the largest end-user of safety relays, representing a significant share of global consumption. The segment is one of the leading segments due to stringent workplace safety regulations and increased automation uptake, especially in automotive, electronics, and consumer goods.
Incorporation of safety relays in automated production lines, robotic assembly, and conveyor systems sustains demand. Power generation is the other major segment; the safety relays are crucial for overload protection and emergency shutdown systems in nuclear, thermal, and renewable energy plants.
Pharmaceuticals, the fastest-growing segment, has seen increasing use of safety relay-controlled systems (driven by Good Manufacturing Practices [GMP] compliance and automation driving drug manufacture). The oil & gas industry is still a solid market, especially in the case of high-risk environments, where fire and explosion-proof safety relay systems might be implemented. Mining albeit a smaller market is also growing thanks to improved safety standards in subterranean operations.
| 2020 to 2024 | 2025 to 2035 |
|---|---|
| The market grew steadily due to increasing workplace safety regulations and automation in industries. | Industry 4.0, including AI-based safety systems and IoT-enabled safety relays, will significantly boost the market. |
| COVID-19 had an impact on supply chains, resulting in longer lead times on semiconductors and components for safety relay manufacturing. | Diversification of supply and regional manufacturing clusters will create stability in component supply and lead times. |
| Electromagnetic safety relays remained leading on the basis of cost-effectiveness and reliability in traditional industries. | Solid-state safety relays will become more widespread due to their years of service, energy-saving features, and plug-and-play capability on smart factory networks. |
| Due to the strict necessity to comply with safety regulations, the manufacturing, oil and gas, and mining sectors are witnessing strong demand. | Automation and regulatory compliance make pharmaceuticals and power generation high-growth markets. |
| The regions of Europe and North America led the safety relay market and accounted for a greater share due to strict safety regulations and advanced manufacturing facilities. | Asia-Pacific will account for the largest share of the most growth, driven by industrial growth, better regulations, and take-up of smart factories. |
| Safety was basic compliance with ISO and OSHA in all industries. | Stricter workplace safety regulations and enhanced training requirements from governments will compel firms to adopt innovative safety relay solutions. |
The safety relay market is part of the industrial automation and safety equipment segment of the industrial control systems (ICS) and workplace safety solutions industry. Manufacturing automation, regulatory compliance, and occupational safety regulations for the automotive, pharmaceutical, energy, and mining industries primarily drive the market.
That sector is the Advanced High Strength (AHSS) market. Macro-Economic Trends: Between 2025 and 2035, the market will steadily expand due to industrial digitization, increased safety standards, and more capital investments in factory automation. Industry 4.0, IoT-based safety devices, and AI-based risk assessment tools will drive adoption.
Emerging economies, particularly across the Asia-Pacific region, will experience rapid growth with a surge of industrialization and workplace safety programs promoted by governments. Applications are becoming more demanding, with the increasing need for energy efficiency, cybersecurity and sustainable solutions for safety relays being there in the long term, even though, in the short term, what also challenges the industry are supply chain limitations, chip shortages, and rising prices of raw materials.
Dominant players in the safety relays market contend over price policies, technological advancements, strategic alliances, and geographic development. Cost-effective brands target price-sensitive sectors, while premium players focus on additional offerings such as IoT capabilities, AI-powered fault detection, and predictive maintenance.
Leading manufacturers are developing solid-state and wireless safety relays for Industry 4.0 needs through R&D. Partnerships with automation companies and regulatory agencies drive compliance-focused sales. Firms are also entering emerging markets with local manufacturing and distributor networks to reduce import dependency and lead times. Mergers and acquisitions also enhance market positioning and technological strengths.
Siemens AG
Market Share: ~25-30%
Based in the heart of Europe, Siemens is world-leading when it comes to automation and safety solutions for industry: with reliable products, they dominate in the market for safety relays. It maintains its No. 1 position with huge R&D resources and a strong distribution channel.
Rockwell Automation, Inc.
Market Share: ~20-25%
Rockwell Automation, known for its innovative safety solutions through its automation systems, is one of the prominent players in the safety relays market. Rockwell Automation focuses on providing sector-specific tailored solutions spanning the manufacturing and energy domains.
ABB Ltd.
Market Share: ~15-20%
ABB also has a strong commitment to sustainability, which further cements its position as a key player in the safety relay market with high-quality products. With their safety relays, the company is a leader in many different industries in Europe and Asia.
Omron Corporation
Market Share: ~10-15%
Omron is one of the top players in the safety relays industry with compact, space-saving, and effective safety solutions. It has an extensive presence in the Asia-Pacific region and continues to broaden its range of software products to serve the emerging needs of related industries.
Schneider Electric SE
Market Share: ~10-15%
A leading manufacturer of safety relays that offers a wide range of products for industrial and commercial applications is Schneider Electric. Other 2 companies in a similar market are Schneider Electric, as it focuses on innovation and digitalisation to strengthen its position in the market.
Eaton Corporation
Market Share: ~5-10%
Eaton, a leading brand in the industry, specialises in maintenance-free, reliable safety relays. Eaton diversifies across multiple industries, including automotive, aerospace, and energy, with a vested interest in safety and efficiency.
Phoenix Contact GmbH & Co. KG
Market Share: ~5-10%
Phoenix Contact, which designs innovative industrial automation solutions, is another key player in the safety relays market. In Europe, the firm is renowned for its excellent products and reliable customer service.
New exploration in 2024 The safety relay market witnessed a significant enhancement with technological advancement and strategic ventures by circumferential players. Siemens AG has introduced a new range of safety relays that incorporate embedded IoT capabilities, thereby facilitating real-time monitoring and predictive maintenance. The innovation is expected to improve operational efficiency and reduce downtime for industrial customers.
Rockwell Automation, Inc., increased its market reach with the acquisition of a small competitor that specialises in developing safety solutions for the renewable energy market. Announced March 2024, it strengthens Rockwell's offering and also supports its strategy to take advantage of the growing need for safety solutions for sustainable energy projects. (SOURCE: Rockwell Automation Press Release: March 2024.
ABB Ltd. launched a new generation of safety relays featuring enhanced cybersecurity capabilities due to growing cyberthreat concerns in industrial automation. This product positions ABB to be a leader in safe safety solutions across the critical infrastructure sectors.
Another example is OMRON, which collaborated with a pioneering robotics firm in the development of safety relays specially designed for cobots. This new partnership tackles the distinct safety needs of cobots, which are currently seeing widespread deployment in manufacturing and logistics.
Schneider Electric SE started focusing on sustainable safety relays made up of recycled materials, and this was the start of their sustainable era. This move aligns with the company’s subsequent focus on reducing its carbon footprint and meeting rising demand for sustainable products.
Eaton Corporation invested in R&D to manufacture safety relays embedded with advanced diagnostics and self-testing capabilities. Such technology contributes to higher reliability and reduced maintenance expenses, and therefore, Eaton's products become relatively attractive to price-sensitive customers.
Phoenix Contact GmbH & Co. KG expanded its sales network into emerging economies, particularly Asian and African countries, to take advantage of the growing demand for industrial automation solutions. The acquisition will help bolster the company's market presence in these markets.
The fastest growing is in AI-enabled safety relays for predictive maintenance and real-time hazard detection, which limit downtime for manufacturing and power plants. Most of these efforts seem to be aimed at automotive, pharmaceutical, and renewable energy verticals, leading OEMs to work towards supporting solid-state safety relays along with intelligent diagnostics and cloud connectivity.
India and Southeast Asian emerging markets present excellent expansion opportunities through productivity, industrialization, and stricter safety regulations requiring local manufacture and collaborations to reach the market. High-end safety relay leasing and subscription options would also help gain penetration in price-sensitive territories like Japan and South Korea.
Manufacturers would need to collaborate with regulators to stay ahead of future proposed safety standards and pre-emptively align. Distributors must strengthen supply chains, pairing with domestic spice vendors to diffuse component shortages. Especially when retrofitting legacy industrial facilities with next-generation automation and IoT functions is between these two parameters, modular safety relay systems must focus end users on the fact that those features can continue to be scaled in the future.
Safety relays provide emergency shutdown, avoid accidents, and meet workplace safety standards.
AI facilitates predictive maintenance, and IoT enables real-time monitoring and remote diagnostics.
Pharmaceutical, automotive, and renewable energy industries are experiencing high adoption rates because of automation and safety compliance.
Legacy system integration, high upfront costs, and semiconductor supply chain limitations are the main challenges.
Intelligent factories are primarily using wireless alternatives, while conventional models continue to dominate in mission-critical applications.
The industry is segmented into Electromagnetic Safety Relays and Solid-state Safety Relays
It is fragmented into Emergency Stop (E-stop) Safety Relays, Safety Gate Safety Relays, Two-hand Control Safety Relays and Light Curtain Safety Relays
It is segmented among Manufacturing, Oil & Gas, Pharmaceuticals, Power Generation and Mining
The industry is fragmented among North America, Latin America, Europe, East Asia, South Asia, Oceania and Middle East & Africa
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Safety Relays Market
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