The Second Assignment That Begins After the Subsidy Buys the Robot
Most smart factory and automation subsidy programs close out their review at installation and performance verification. Occupational safety obligations, however, begin precisely where that review ends — the moment installation is complete. This is why companies that deployed robots with government funding are so often cited for missing safety inspections one or two years after the project closed, usually triggered by a labor inspection or an incident.
The most common misconception is the belief that "the robot manufacturer already has the certification, so our plant is covered." What the manufacturer obtained applies to the machine itself. What the workplace owes is a separate obligation covering that machine as installed within your layout, alongside your operators, inside your process. They are not the same object of regulation.
When an accident occurs where safety measures were inadequate, the consequence is not limited to a shutdown order on that one machine. It can extend to employer liability, a higher industrial accident insurance rate, and — painfully practical — restrictions on participating in follow-up government support programs. An automation line built with hundreds of millions of won can be halted by a single missing document.
Three Layers of Regulation Around an Industrial Robot
Robot regulation is split by stage, and each stage assigns responsibility to a different party.
Layer 1 — Manufacture and Import
Industrial robots fall under self-regulatory safety confirmation reporting. The reporting duty rests in principle with the manufacturer or importer, so the practical task for the workplace is to verify that the incoming equipment carries the self-regulatory safety confirmation marking. This marking is missing more often than people expect on directly imported units and second-hand equipment.
Layer 2 — Post-Installation Safety Inspection
Under Article 93 of the Occupational Safety and Health Act, industrial robots are subject to mandatory safety inspection. The schedule that matters:
That three-year grace period is exactly what causes failure. There is no pressure at deployment time, and the requirement is then forgotten when the staff member in charge changes roles or the funded project closes. Simply recording the inspection due date in the equipment register at the time of installation prevents most of these lapses.
Layer 3 — The Workplace Level (Collaborative Robots)
Operating a collaborative robot without a safety fence, sharing space with workers, requires an installation workplace safety certification based on standards such as KS B ISO 10218-2. The certification is not a one-time event — it carries a periodic review every 2 years.
On top of this, the scope of equipment subject to mandatory safety inspection has expanded as of 2026, pulling existing plant equipment such as mixers and crushers into scope alongside robots. Because transitional deadlines differ by equipment type, it is far more efficient to re-audit the entire equipment list at once while preparing for the robot inspection.
What "Fenceless Operation" Actually Requires
The core advantage of a collaborative robot is placement in tight spaces without a safety fence — but that advantage is conditional on meeting the following:
The point most often missed in practice is that the scope of review is the workplace, not the robot. Because the layout, the tooling, and the shape and weight of the handled workpiece are all part of what gets reviewed, replacing a gripper, changing the product being handled, or rearranging the cell can require re-review after certification. The more frequently a company reconfigures its process for high-mix production, the more the certification scope should be defined broadly from the outset.
The typical enforcement scenario runs like this: the line launches with a fence installed, the fence is later removed to improve productivity, operation shifts to genuine human-robot collaboration — and no certification is obtained. At that point the only options left are reinstalling the fence or halting the line until certification is complete, and the production disruption costs far more than the certification would have.
A Stage-by-Stage Checklist — The Contract Decides the Outcome
Compliance outcomes are largely determined by the language in the purchase specification.
① Define the boundary of responsibility in the specification. A declarative line stating that "applicable safety regulations shall be observed" is not enough. Provision of the safety confirmation marking, submission of risk assessment documentation, support for force and pressure measurement, and the scope and cost ownership of obtaining the installation workplace certification should each be written as separate line items to avoid disputes.
② Build review lead time into the schedule. Application, document supplementation, on-site review, and corrective action together typically take several months. Fixing only the mass-production start date creates a window in which the line runs without certification.
③ Confirm what the project budget can cover. Depending on the program, certification and inspection fees and the purchase of safety devices such as scanners and light curtains may be eligible budget items. Eligibility rules differ by program, so this must be confirmed while drafting the proposal — and a separate safety-focused support program can often be used in parallel.
④ Run a retroactive check on robots already installed. The first priority is building a list of equipment deployed three to five years ago, organized by installation date, and confirming that no first safety inspection was missed.
Turning Safety From a Cost Into an ROI
A safety management record is not merely a line of expenditure.
In short, a robot deployment plan should be designed with "lawful operating status" as its endpoint, not "installation complete."
KITIM (Korea Institute of Technology Innovation Management) provides connected support spanning smart factory and automation project planning, pre-deployment diagnosis of safety regulatory compliance, review of safety requirements in purchase specifications, and scheduling for safety inspections and installation workplace certification. If you have already deployed robots or are currently evaluating deployment, we recommend starting by checking the inspection due dates for your existing equipment and whether certification is required. Please submit an inquiry through our website to arrange a detailed consultation.