Upgrading to modern industrial LED lighting improves plant safety and saves money.

By Luis Ramirez, Dialight COO

Safety is the number one priority in facilities across all segments of the manufacturing industry. Every year, companies invest millions of dollars in equipment upgrades and safety programs aimed at preventing injuries and lost time accidents by increasing awareness of risks and incentivizing safe work practices.

Yet still, an average of over 477,000 injuries and 328 fatalities occur in manufacturing plants across the U.S. each year[i]. These incidents not only have a devastating impact on employees and their families, but also on the company’s reputation, recruiting/hiring efforts and profitability. In fact, workplace injuries and deaths have cost U.S. manufacturers $170.4 billion over the last 10 years.[i]

WorkplaceSafety Infographic FINAL Logo, Industry Today
Effective illumination is critical for workplace safety. Dialight shares evidence of how efficient LED lighting benefits industrial safety.

Aiming to improve plant safety, many companies have found that upgrading facility lighting to modern, high-efficiency industrial LED fixtures can have a major impact on lowering the risk and incidents of workplace accidents. Here’s how state-of-the-art LED lighting can improve safety.

  • A brighter work environment improves visibility. Poor visibility is the leading cause of slip, trip and fall hazards and contact with moving objects—some of the biggest risks in any facility[ii]. With so many distractions, like excessive noise that forces workers to rely on visual information, it’s hard to keep an eye out for these kinds of risks. Adding to the problem, conventional high-pressure sodium fixtures create a dark, drab atmosphere that makes it difficult for workers to spot hazards around them. LED fixtures, on the other hand, produce bright, white, uniform light that improves visibility, helps workers spot hazards and stay out of harm’s way.
  • LEDs can combat fatigue and improve alertness. Fatigue is a major risk for workers, especially those who work night shift or a rotating schedule. When workers are tired, they’re less perceptive and have slower reaction time, which makes them less able to spot and avoid hazards on the job. The bright daylight-like quality of LED lighting has proven to encourage alertness and reduce fatigue by 5X compared to HPS[iii], to help staff feel more awake and aware of their surroundings. In fact, the American National Standards Institute (ANSI) recommends bright white lighting[iv] to combat worker fatigue and reduce accident risk.
  • Improved color rendering reduces risk. The inability to distinguish colors clearly is a huge safety risk. For example, warning placards and signs often rely on color-coding to communicate danger, and electrical wiring is color-coded so that crews may work safely. But, the low color rendering of HPS lights creates an unnatural orange glow that makes it very difficult to distinguish colors, which puts workers at risk of misinterpreting color cues. Unlike HPS, LED lighting produces near-daylight-quality white light that makes colors appear natural and easily distinguishable. That means workers can interpret signage clearly, and there’s much less risk that an electrician will cut the wrong wire.
  • LEDs dramatically reduce lighting maintenance. By its very nature, changing lightbulbs is dangerous work in an industrial facility. Not only must crews work at high elevation, they often must do so overtop production equipment. The risk of a catastrophic fall is very real. And because conventional fixtures fail frequently under high-vibration and high-heat environments, lighting maintenance is an ongoing chore. By contrast, industrial LED fixtures are built to last. Because they don’t rely on a delicate filament, they’re much more resistant to shock and vibration, and some of the best products on the market can last up to 100,000 hours. This long-life performance could essentially mean the end of lighting maintenance and an end to the risk of performing this dangerous job.
  • LED fixtures contain no hazardous materials. Did you know that a single HPS bulb contains enough mercury to poison an entire classroom of children?[v] Even fluorescent bulbs contain toxic levels of mercury, phosphorous and other rare earth minerals. And, of course, when HPS or fluorescent bulbs are broken (which happens frequently, especially during maintenance), those hazardous materials are released into the air, exposing everyone in the vicinity. Switching to LED lighting fixtures is a much safer alternative because LEDs contain zero hazardous materials. This not only makes for a safer environment inside the facility by eliminating the risk of exposure, but outside as well by eliminating these pollutants from the earth’s atmosphere.

Improving facility safety should be a top priority for every industrial manufacturer, and making do with mediocre, antiquated lighting could be putting employees at unnecessary risk. Upgrading to modern, high-efficiency, industrial-grade LED lighting is a worthwhile investment that can lower the risk of accidents, injuries and even fatalities inside the plant, and save money in the long run.

Luis Ramirez, Industry Today
Luis Ramirez

Luis Ramirez is Dialight’s Chief Operations Officer and is responsible for global operations, including: direct and contract manufacturing; supply chain, planning and logistics; quality, warranty and technical services; and sustainability initiatives. He is a charismatic, “hands-on” and people-centric executive with over 23 years of global experience leading change in technology organizations with senior leadership roles in engineering, manufacturing, global operations and general management. Prior to Dialight, Luis served as Chief Operating Officer of MC Assembly, an electronics manufacturing services company. He also previously worked for Cooper’s Bussmann division, Laird Technologies, Thomas & Betts, and Eaton’s Cutler Hammer division. Luis holds an MBA from Washington University’s Olin School of Business; a Masters in Engineering Management from the Polytechnic University of Puerto Rico; and a Bachelor of Science in Industrial Engineering from the University of Puerto Rico.

Luis Ramirez LinkedIn

[i] U.S. Bureau of Labor Statistics, National Safety Council, ECG Analysis

[ii] U.S. Dept. of Labor, Census of Fatal Occupational Injuries Summary, 2016; Occupational Health and Safety Administration, Mine Safety and Health Administration

[iii] Falchi, ““Limiting the impact of light pollution on human health, environment and stellar visibility”

[iv] ANSI/API RP 755: Fatigue Risk Management System

[v] U.S. Dept. of Labor, Occupational Safety and Health Administration 29 CFR 1910.1000, Table Z-2; ECG analysis

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