
In the high-stakes world of 3C (Computer, Communication, Consumer Electronics) manufacturing, floor space is expensive real estate. Every square meter occupied by a safety dead zone is a square meter not producing revenue. Furthermore, in environments populated by sensitive SMT lines and optical inspection systems, the “dirty work” of traditional fencing installation—welding sparks and metal dust—is simply unacceptable.
Production managers face a dilemma: How do you safeguard high-speed SCARA robots and pick-and-place machines without cluttering the floor or compromising cleanroom standards? The answer lies in a Cerca de Segurança Industrial system that offers surgical precision in layout and a “zero-contamination” installation process.
Eliminating “Dead Space” with Custom-Fit Modular Layouts
Standard “off-the-shelf” fencing comes in fixed widths. If your robotic cell is 2.3 meters wide and your fence panel is 2.0 meters, you are forced to use a larger enclosure, wasting valuable walkway or equipment space. In a facility with hundreds of cells, this wasted space adds up to millions in lost potential revenue.
We approach safety fencing with the same precision you apply to your PCB assembly. By utilizing CAD-based planning, we can provide custom-width panels that hug the exact perimeter of your machine’s operational envelope. This “shrink-wrapped” approach minimizes the footprint of safety zones, allowing you to fit more production lines into the same factory floor. Our modular system adapts to complex geometries, ensuring that column pillars, cable trays, and conveyor feeds are accommodated without clumsy on-site modifications.
The “Clean Installation” Protocol for Sensitive Environments
Introducing a welding torch or an angle grinder into an electronics cleanroom is a recipe for disaster. Metal particulates can short-circuit PCBs and contaminate optical lenses.
Our system is engineered for a 100% bolt-on assembly. Every component arrives pre-finished and powder-coated to ISO 9227 standards. Installation requires only a hammer drill for floor anchors and a hex wrench for panel connections. There is no cutting, no welding, and no painting required on site. This “Clean Installation” capability allows you to retrofit safety barriers during short maintenance windows without the need for extensive deep-cleaning protocols afterwards, keeping your OEE (Overall Equipment Effectiveness) high.
5S Compliance and Visual Management
In modern smart factories, safety fencing is part of the visual management system. It must look professional and be easy to maintain. Rusty bolts or dust traps are violations of 5S principles.
We pay attention to the details that matter in a showroom-quality factory. Our unique two-piece plastic base covers completely enclose the floor anchors, preventing dust accumulation in the bolt threads and making floor cleaning simple. The flat-welded mesh design eliminates sharp burrs that could catch on operator uniforms (ESD smocks). Furthermore, our black mesh panels offer superior visibility compared to shiny galvanized steel, reducing eye strain for operators monitoring the automated processes inside the cell.
Perguntas Frequentes
Yes. Our system uses a completely bolt-on assembly method. No welding, cutting, or drilling is required on the fence panels themselves, which eliminates the generation of metal dust and sparks, protecting your sensitive electronics equipment.
Yes. For high-speed assembly lines where small screws or chips might be ejected, we offer Polycarbonate (PC) or Acrylic panel options. These provide full containment while maintaining high visibility for inspection.
We offer a free CAD design service. Based on your factory layout, we can provide custom-width panels and adjustable mounting solutions to navigate around building columns and existing infrastructure without wasting floor space.
No. Our system is designed to integrate with safety devices. The rigid 60x60mm posts provide a stable mounting platform for light curtains, and our black mesh minimizes light reflection interference that can sometimes affect optical sensors.
While the panels are powder-coated (insulative), we can provide grounding kits or guidance on how to earth the metal structure to ensure it meets your facility’s ESD grounding protocols.





