Available through Steiner Electric, 80/20 safety and guarding systems help manufacturers protect their people, equipment, and facilities while maintaining compliance and productivity. With one of the most comprehensive selections of guarding and enclosure products in the industry, 80/20 makes it simple to design either custom or ready-made solutions that meet specific needs. Each system is engineered to provide safe access for maintenance, integrate safety components, and meet OSHA requirements.
Built from durable T-slot aluminum framing and framed steel mesh panels, 80/20 wire mesh guarding delivers the strength of steel with the flexibility to adapt as layouts change. These modular systems offer clean design, easy assembly, and the ability to add doors, hinges, or interlocks as needed; creating long-term, reconfigurable protection that supports productivity and safety across any operation.
Wire Mesh Guarding
Add Safety Devices
T-slot channel makes it easy to move and reposition stop switches and sensors.
Wire Mesh Panels
Provide ventilation and airflow with a thermoplastic coating to avoid injury.
Modular Design
Build in subassemblies for fast reconfiguration.
Safety Yellow Profiles
Denote caution and warning with yellow powder-coat stock profiles.
Tailored to Your Tasks
80/20 wire mesh guarding can be fully customized to fit your facility’s layout and production goals. From door placement to frame dimensions, users can design and modify their own configurations with 80/20’s modular T-slot system; no welding or specialized tools required. Adjust, expand, or repurpose sections as your equipment and workflow evolve.
Features & Benefits:
- Heavy-duty T-slot aluminum posts with yellow powder-coated finish
- Framed wire mesh panels for visibility and airflow
- Multiple fastening options and connection points on all sides
- Easy integration of doors, handles, hinges, and interlocks
- Lightweight, modular construction for quick installation and redesign
- Compatible with linear rail systems for smooth access and motion