Machine Guarding Projects

Mobile die cast machine safety system in Export, PA using Axelent steel fencing with wire mesh panels and multiple 3D safety radars for access detection and restart prevention. Integrated with emergency stop and machine stop functions to reduce wrap, pinch, and shear point hazards around molten metal operations.

Perimeter safety fencing project in Miami, FL using aluminum extrusion with 1" black wire mesh panels and an RFID locking safety switch. Designed with zero-speed monitoring to allow safe access while reducing trapping hazards during product assembly operations.

16-foot collapsible sliding guard door system in Houston, TX built with T-slot aluminum framing and wire mesh panels. Equipped with an RFID safety switch integrated into an emergency stop circuit to secure hazardous areas and reduce electrical hazards during operation.

Perimeter machine guarding project in Cleveland, OH using modular aluminum extrusion with wire mesh panels and an RFID safety switch. Integrated with a line stop function to help reduce impact hazards during bearing manufacturing operations.

Safety shield barrier system in Fort Wayne, IN built with T-slotted aluminum extrusion and clear polycarbonate panels. Designed to create a physical protective barrier and help reduce environmental exposure risks in shared workspaces.

Back press machine guarding project in Cincinnati, OH using T-slotted aluminum extrusion with 1/2" wire mesh panels and tool-to-remove access. Designed to reduce crush point hazards during metal plate pressing operations.

Beverage conveyor machine guarding enclosure in Lexington, KY built with T-slot aluminum framing and 1/2" wire mesh panels. Equipped with guard interlocks and integrated zone stop functionality to help reduce nip point hazards during can conveying operations.

Telescoping safety gate guarding system in Oklahoma City, OK built with T-slot aluminum framing and black wire mesh panels. Equipped with an RFID non-locking safety switch integrated into an emergency stop circuit to restrict access and help reduce environmental exposure risks.

Mill machine chip guarding system in Cedar Rapids, IA built with T-slot aluminum framing and clear polycarbonate panels. Equipped with a safety switch integrated into a start/stop circuit to contain chips and help reduce flying debris hazards during metal machining operations.

Perimeter machine guarding project in Chicago, IL for chain manufacturing using T-slot aluminum extrusion with wire mesh panels and an RFID locking safety switch. Integrated with a start/stop circuit to help reduce pinch point hazards during production operations.

Hinged machine guarding system in Chicago, IL for chain assembly using T-slot aluminum framing with 1" black wire mesh panels and an RFID locking solenoid safety switch. Integrated with a zone stop function to help reduce crush point hazards during operation.

Collapsible perimeter guard door system in Dallas, TX using aluminum extrusion with wire mesh panels and an RFID locking safety switch. Integrated with a safe stop condition to restrict access and reduce electric shock hazards in controlled areas.

Open collapsible perimeter guard door system in Dallas, TX built with T-slot aluminum framing and wire mesh panels. Equipped with an RFID locking safety switch and integrated safe stop condition to restrict access and help reduce electrical shock hazards in controlled areas.

Packaging machine guarding enclosure in Appleton, WI built with T-slot aluminum extrusion and 1/2" wire mesh panels. Equipped with a safety switch integrated into a zone stop function to help reduce nip point hazards during bottle transfer operations.

Conveyor tunnel machine guarding system in Appleton, WI built with T-slot aluminum framing and clear polycarbonate panels. Designed as a fixed, fastened enclosure to restrict access and help reduce pinch point hazards during motor oil bottle packaging operations.

Counter safety shield barrier system in Louisville, KY built with T-slotted aluminum extrusion and clear polycarbonate panels. Designed as a protective cough barrier to help reduce environmental exposure risks in shared workspaces.

Dual hinged manual lathe guarding system in St. Louis, MO built with powder-coated framing and clear polycarbonate panels. Equipped with a safety switch integrated into an emergency stop circuit to contain coolant and swarf, helping reduce flying debris hazards during exotic metal turning operations.

Machine guarding enclosure in Toledo, OH for heat treating operations built with aluminum extrusion and expanded metal wire mesh panels. Equipped with an RFID non-locking safety switch integrated into an emergency stop circuit to help reduce burn hazards during high-temperature processing.

Flame treating machine guarding system in Bellevue, OH built with modular aluminum extrusion and expanded metal panels. Equipped with an RFID safety switch integrated into an emergency stop circuit to help reduce abrasion hazards during can processing operations.

Floor-mounted manual lathe guarding system in Lansing, MI using powder-coated framing with molded polycarbonate panels and a safety switch. Integrated with a start/stop circuit to reduce severing hazards during shaft deburring operations.

Chemical containment safety enclosure in Greenfield, IN for vibratory finishing of fasteners, built with T-slotted aluminum extrusion and ABS haircell plastic panels. Integrated with a request-to-enter safety circuit and safe stop condition to help reduce chemical exposure hazards.

Perimeter guarding cage in Indianapolis, IN built with T-slot aluminum framing and wire mesh panels. Equipped with an RFID locking safety switch integrated into a zone stop function to isolate hazardous areas and help reduce environmental exposure risks.

Manual lathe machine guarding system in Lancaster, PA designed for cutting and deburring rod stock. Built with steel guarding panels and an RFID safety switch integrated into an emergency stop circuit to help reduce pinch point hazards.

Industrial sound enclosure system in Kansas City, MO built with aluminum extrusion and ABS plastic panels, securely bolted closed. Designed to dampen equipment noise and help reduce hearing hazards in high-decibel environments.