Roswell Machine Guarding: 2026 OSHA Penalties Loom

The misinformation surrounding Roswell Manufacturing machine guards and their role in preventing injury is frankly astounding. Too many employers operate under dangerous assumptions, putting their workforce at needless risk and opening themselves to significant legal liabilities.

Myth 1: Machine guards just slow down production.

This is perhaps the most persistent and infuriating myth I encounter in manufacturing facilities, especially around the Roswell area. The notion that safety measures are inherently detrimental to efficiency is a dangerous fallacy. I’ve heard plant managers argue, “We can’t meet our quotas if we have to put those clunky guards back on,” or “Our operators know what they’re doing, they don’t need a guard getting in the way.” Let me be clear: this mindset is a direct path to serious injury and crippling legal battles. The reality is that well-designed machine guards, far from hindering production, actually contribute to a more stable and ultimately more productive operation. Think about it: an unguarded machine presents a constant threat of injury. When an injury occurs, what happens? Production grinds to a halt. Investigations begin. Emergency services are called. Workers’ compensation claims are filed. OSHA inspectors arrive, often with significant fines in tow. The injured employee is out of commission, and sometimes permanently disabled. The remaining workforce often experiences a drop in morale and productivity due to the incident. Is that efficient? Absolutely not. A study published by the National Safety Council found that workplace injuries cost U.S. businesses billions annually in lost productivity, medical expenses, and workers’ compensation payouts. While I can’t cite the exact figure for 2026, the trend has been consistently upward over the past decade. Proper guarding prevents these incidents, ensuring continuous operation and protecting your most valuable asset: your employees. We had a case last year involving a client in Alpharetta, a small metal fabrication shop. They had removed guards from a press brake to speed up a specific custom order. An operator, experienced but momentarily distracted, lost three fingers. The subsequent OSHA investigation, fines, and the civil lawsuit we handled cost that company nearly ten times what it would have cost to install a modern, interlocked guard that allowed for quick material changes without compromising safety. This wasn’t just about the human cost, which was immense; it was about the business cost, which was devastating.

Myth 2: Our machines are old, so they don’t need the latest guards.

This is another common excuse that holds no water under federal or state law. The age of a machine does not exempt it from safety regulations. In fact, older machines often present even greater hazards due to wear and tear, lack of modern safety features, and potential for unexpected failures. OSHA’s general duty clause, 29 U.S.C. § 654(a)(1), requires employers to provide a workplace “free from recognized hazards that are causing or are likely to cause death or serious physical harm to his employees.” This applies to every piece of equipment, regardless of its vintage. Specific OSHA standards, such as 29 CFR 1910.212 for general requirements for all machines, and specific standards for particular machinery like power presses (29 CFR 1910.217) or woodworking machinery (29 CFR 1910.213), mandate guarding to protect operators from points of operation, ingoing nip points, rotating parts, flying chips, and sparks. These regulations don’t have an “antique machine” clause. If anything, older machines might require more innovative or custom guarding solutions to bring them into compliance, but compliance is not optional. I’ve personally seen situations where companies tried to argue that a machine from the 1970s was “grandfathered in” and didn’t need updated guards. That’s a legal fantasy. The State Board of Workers’ Compensation in Georgia, for example, takes a very dim view of employers who neglect safety. If an injury occurs due to a lack of required guarding, not only will the employer be responsible for the workers’ compensation benefits, but they could also face a penalty under O.C.G.A. Section 33-9-17, which allows for a 10% increase in compensation if the injury results from the employer’s willful failure to comply with safety regulations. That’s a direct financial hit on top of everything else. It’s a punitive measure, and rightly so, in my opinion.

Myth 3: Employee training is enough; guards are secondary.

While employee training is undeniably critical, relying solely on it to prevent machine-related injuries is like asking someone to walk a tightrope without a net simply because they’ve had a lesson. It’s reckless. Machine guards are the primary engineering control; training is a complementary administrative control. They are not interchangeable. Human error is an inescapable factor in any manufacturing environment. Fatigue, distraction, complacency, a moment of haste, or even a simple misunderstanding can lead to catastrophic accidents, even for the most well-trained employee. This is precisely why OSHA emphasizes the hierarchy of controls, where engineering controls (like guards) are preferred over administrative controls (like training) or personal protective equipment (PPE). The goal is to eliminate or reduce the hazard at the source, rather than relying on human behavior to mitigate it. Consider a CNC milling machine in a Roswell facility. You can train an operator exhaustively on safe operating procedures, lockout/tagout protocols, and emergency stops. But if a guard designed to prevent access to the cutting tool during operation is missing or bypassed, a momentary lapse in concentration could result in a severe laceration or amputation. The guard is there to provide a physical barrier, a last line of defense when human factors fail. It’s not about distrusting your employees; it’s about designing a safe system that accounts for the reality of human fallibility. A robust safety program integrates both: mandatory, thorough training on how to safely operate machines with their guards in place, and how to report any issues with those guards.

Myth 4: If an accident happens, it’s always the employee’s fault for not being careful.

This myth is not only legally unsound but morally reprehensible. While employee negligence can sometimes contribute to an accident, the legal framework, particularly in Georgia, places a significant burden on employers to provide a safe working environment. The concept of “contributory negligence” in workers’ compensation cases is largely superseded by the employer’s duty to maintain a safe workplace. Employers have a non-delegable duty to ensure machines are properly guarded. If a machine guard is missing, broken, or has been intentionally removed by management or supervisors, and an injury occurs, the employer is almost certainly liable. Even if an employee bypasses a guard, the question often arises: why was it possible to bypass? Was the guard easily defeated? Was there pressure to remove it for production? Was there inadequate training on why it should never be bypassed? These are all questions that a skilled plaintiff’s attorney, like myself, will thoroughly investigate. I had a case originating from a plant near the Fulton County Airport where a worker suffered severe hand injuries. The company tried to blame the employee for “reaching in” while the machine was cycling. Our investigation, however, revealed that the interlock on the machine guard had been deliberately disabled by a supervisor because it was “too sensitive” and caused frequent shutdowns. That wasn’t employee negligence; that was a clear and egregious safety violation on the part of the employer, leading to a substantial settlement. It’s a stark reminder that the blame game rarely works when safety regulations are ignored.

Myth 5: Custom-built machines don’t need standard guards.

This misconception frequently arises with specialized manufacturing processes or custom-fabricated equipment. The idea is that because a machine is unique, standard guarding rules don’t apply, or that it’s too difficult to design guards for it. This is unequivocally false. Every machine, custom or off-the-shelf, must be guarded to protect workers from hazards. OSHA’s 29 CFR 1910.212(a)(1) states, “One or more methods of machine guarding shall be provided to protect the operator and other employees in the machine area from hazards such as those created by point of operation, ingoing nip points, rotating parts, flying chips and sparks.” It doesn’t say “unless it’s a custom machine.” The standard even goes on to list various types of guards, from barrier guards to interlocking guards, and emphasizes that the guard should be “securely attached to the machine or bolted to the floor or platform.” For custom machinery, the process might involve a more detailed risk assessment and the design of bespoke guarding solutions. This could mean collaborating with engineers, safety consultants, or even specialized fabrication shops to create guards that fit the machine’s unique geometry and operational requirements while still meeting regulatory standards. It’s an investment, yes, but one that prevents far greater costs in the long run. My firm has advised numerous clients in the Marietta and Kennesaw manufacturing corridors on navigating these complexities, often working with their engineering teams to ensure compliance before an incident occurs. Proactive measures are always, always better than reactive litigation. The pervasive myths surrounding Roswell Manufacturing machine guards are not just misunderstandings; they are ticking time bombs waiting to detonate in the form of severe injuries and crushing legal penalties. Employers in Georgia, and everywhere else, must actively debunk these fallacies within their organizations and commit to a culture of unwavering safety compliance.