Machine Guarding Projects

Access door machine guarding system in Heflin, AL for gear shaping operations, built with T-slot aluminum framing and clear polycarbonate panels. Equipped with a safety switch integrated into an emergency stop circuit to help reduce nip point hazards during operation.

Aerosol can stamping press machine guarding system in Houston, TX for can production and filling operations, built with T-slotted aluminum extrusion and 1" black wire mesh panels. Equipped with an RFID locking safety switch integrated into an emergency stop circuit to help reduce pinch point hazards during operation.

Anodize racking automation machine system in Denver, CO for racking and rotating small parts, built with T-slot aluminum framing and enclosed paneling. Designed to restrict access and help reduce entanglement and pinch point hazards during anodizing operations.

Back perimeter machine guarding system in Seattle, WA for covering power transmission components, built with aluminum extrusion and clear polycarbonate panels. Equipped with an RFID safety switch integrated into an emergency stop circuit to help reduce crush point hazards during operation.

Benchtop shield machine guarding system in Binghamton, NY for chip containment, built with T-slot aluminum framing and molded polycarbonate panels. Designed to contain debris and help reduce cut point hazards during machining operations.

Broach machine guarding enclosure system in Buffalo, NY for automotive gear manufacturing, built with T-slotted aluminum extrusion and 1/4" clear polycarbonate panels. Equipped with an RFID locking solenoid safety switch integrated into a zero-speed monitoring condition to help reduce shear point hazards during operation.

Chain conveyor guarding system in Des Moines, IA for material handling operations, built with T-slot aluminum framing and ABS plastic panels. Equipped with a request-to-enter safety circuit integrated into a safe stop condition to help reduce wrap point hazards during operation.

Countertop safety barrier shield system in Fond Du Lac, WI built with aluminum extrusion and clear polycarbonate panels. Designed to create separation between individuals and help reduce third-party exposure risks in shared or customer-facing environments.

Lunchroom safety barrier shield system in Waukesha, WI built with T-slot aluminum framing and clear polycarbonate panels. Designed to create separation between individuals and help reduce third-party exposure risks in shared breakroom environments.

Custom packaging solution for safety guarding systems in Fort Wayne, IN, designed to protect T-slot extrusion kits and assembled components during storage and transport. Engineered to prevent damage and maintain product integrity from fabrication through installation.

Ergonomic assembly workstation system in Kendallville, IN for building industrial systems, constructed with T-slot aluminum framing. Designed to improve operator positioning, reduce repetitive strain, and enhance overall safety and efficiency during assembly operations.

Gear shaping machine guarding system in Hebron, KY for automotive gear machining, built with aluminum extrusion and black wire mesh panels. Equipped with an RFID locking safety switch integrated into a line stop function to help reduce nip point hazards during operation.

Grinder machine guarding system in Charlotte, NC for deburring and polishing operations, built with T-slot aluminum framing and molded polycarbonate panels. Equipped with an RFID non-locking safety switch integrated into a zone stop function to help reduce pinch point hazards during operation.

Machine guarding kits prepared for assembly in Bowling Green, KY, designed for customer-specific guarding projects using T-slotted aluminum extrusion components. Built to streamline installation, improve consistency, and support safe, efficient assembly of custom machine guarding systems.

Auto sander machine guarding system in Santa Paula, CA for sanding operations, built with T-slot aluminum framing and 1/4" clear polycarbonate panels. Equipped with an RFID safety switch integrated into a start/stop circuit to help reduce crush point hazards during operation.

CNC part changer machine guarding system in San Jose, CA for tool and part changing operations, built with aluminum extrusion and clear polycarbonate panels. Equipped with a safety switch integrated into a safe stop condition to help reduce cut point hazards during operation.

Intrinsically safe perimeter guarding system in Austin, TX for can capping operations, built with T-slot aluminum framing and 1" yellow wire mesh panels. Equipped with a safety switch integrated into an emergency stop circuit to help reduce shear point hazards during operation.

Counterbalanced machine guard door system in Waco, TX for small parts assembly, built with T-slotted aluminum extrusion and clear polycarbonate panels. Designed to provide controlled access while helping reduce wrap point hazards during operation.

Machine guarding door system in Bowling Green, OH for bottling material handling operations, built with T-slot aluminum framing and black ABS plastic panels. Equipped with an RFID safety switch integrated into an emergency stop circuit to help reduce nip point hazards during operation.

Mobile planer utility cart system in Mankato, MN built with aluminum extrusion for mounting and supporting planer operations. Designed to improve mobility, stability, and ergonomic access while enhancing safety during material processing tasks.

Pre-Assembled Machine Guarding Enclosures

Pre-built perimeter guarding sections in Fort Worth, TX for custom machine guarding designs, built with T-slotted aluminum extrusion and black wire mesh panels. Designed to streamline installation, restrict access, and help reduce crush point hazards in industrial environments.

T-slot kit preparation process in Philadelphia, PA for machine guarding systems, organized for efficient layout and rapid assembly. Designed to improve build accuracy, reduce installation time, and support consistent, high-quality guarding solutions.

Safety yellow T-slot guarding frame system in Pittsburgh, PA designed for high-visibility applications using powder-coated aluminum extrusion. Engineered to improve visual awareness, define hazard zones, and enhance overall safety in industrial environments.