Machine Guarding Projects

Labeling machine safety enclosure in Dalton, GA built with T-slot aluminum framing and 1/4" clear polycarbonate panels. Equipped with an RFID safety switch integrated into a line stop function to help reduce wrap point hazards during aerosol can labeling operations.

Large industrial sound enclosure in Phoenix, AZ using T-slotted aluminum extrusion with ABS haircell plastic panels and a securely fastened enclosure design. Built to lower plant-wide dB levels and reduce hearing damage risks from high-noise equipment.

Large industrial sound enclosure system in Phoenix, AZ built with T-slotted aluminum extrusion and ABS haircell plastic panels in a securely fastened design. Engineered to lower plant-wide noise levels and help reduce hearing damage risks from high-noise equipment.

Machine guarding mesh door system in Charlotte, NC built with T-slot aluminum framing and wire mesh panels. Equipped with an RFID non-locking safety switch integrated into an emergency stop circuit to restrict access and help reduce cut point hazards.

Machine guarding safety system in Spartanburg, SC built with aluminum extrusion and 1" black wire mesh panels. Equipped with an RFID safety switch integrated into an emergency stop circuit to help reduce shear point hazards during material handling operations.

Dual CNC lathe machine guarding system in Decatur, IL built with safety orange aluminum extrusion and molded polycarbonate panels. Equipped with a safety switch integrated into an emergency stop circuit to contain coolant and swarf, helping reduce flying debris hazards during bar cutting operations.

Perimeter machine guarding system in Benton, AR built with T-slot aluminum framing and black wire mesh panels. Equipped with safety light curtains integrated into an emergency stop circuit to help reduce severing hazards during stamping operations.

Perimeter guarding cage in Knoxville, TN for metal shaping operations built with T-slotted aluminum extrusion and 1" black wire mesh panels. Equipped with an RFID safety switch integrated into a zone stop function to help reduce crush point hazards during broaching.

Mobile machine guarding enclosure in Atlanta, GA for a CNC router built with T-slot aluminum framing and black ABS plastic panels. Designed to restrict access and help reduce trapping hazards in flexible manufacturing environments.

Modular surface grinder machine guarding system in Portland, OR built with aluminum extrusion and 1/4" clear polycarbonate panels. Designed to contain debris and help reduce abrasion hazards during precision metal grinding operations.

Machine guarding enclosure in Santa Paula, CA for bottling transport built with modular aluminum extrusion and 1/4" clear polycarbonate panels. Equipped with an RFID safety switch integrated into a line stop function to help reduce pinch point hazards and support OSHA compliance.

Machine guarding door system in Los Angeles, CA for paper converting and corrugated slitting built with T-slot aluminum framing and clear polycarbonate panels. Equipped with an RFID non-locking safety switch integrated into a zone stop function to help reduce pull-in hazards during operation.

Machine guarding enclosure in Sheboygan, WI for wood planing operations built with T-slotted aluminum extrusion and 1/2" wire mesh panels. Equipped with an RFID safety switch integrated into an emergency stop circuit to help reduce shear point hazards.

Lift-off removable machine guarding panels in Franklin, WI for CNC machining of large dies, built with T-slot aluminum framing and 1/4" clear polycarbonate panels. Designed as a secure, fastened enclosure to help reduce cut point hazards during operation.

Sliding lathe machine guarding system in Pittsburgh, PA for tube polishing, built with powder-coated framing and polycarbonate panels. Equipped with a safety switch integrated into an emergency stop circuit to contain coolant and swarf, helping reduce flying debris hazards.

Hood-style slitter machine guarding system in Philadelphia, PA for metal cylinder slotting, built with powder-coated framing and clear polycarbonate panels. Equipped with a safety switch integrated into an emergency stop circuit to contain chips and help reduce flying debris hazards.

Small pump machine guarding enclosure in Rockford, IL built with aluminum extrusion and ABS haircell plastic panels with tool-to-remove access. Designed to help reduce noise exposure and support hearing conservation in operational areas.

Sound enclosure with ventilation system in Milwaukee, WI built with T-slot aluminum framing and black ABS plastic panels in a fully bolted design. Engineered to contain equipment noise and help reduce hearing hazards in high-decibel environments.

Surface grinder machine guarding system in Waterloo, IN built with aluminum extrusion and 1/4" clear polycarbonate panels. Designed to contain debris and help reduce abrasion hazards to hands and fingers during precision grinding operations.

Table saw motor guarding shroud system in Denver, CO built with T-slot aluminum framing and clear polycarbonate panels with tool-to-remove access. Designed to cover exposed components and help reduce severing hazards during operation.

Vertical bandsaw machine guarding system in Phoenix, AZ built with powder-coated framing and molded polycarbonate panels. Designed to contain chips and help reduce flying debris hazards during wood panel cutting operations.

Vibratory feeder sound enclosure system in Tempe, AZ built with T-slotted aluminum extrusion and black plastic panels in a fully fastened enclosure design. Engineered to reduce decibel levels and help protect against hearing damage in shop environments.

Wire forming machine guarding enclosure in Chicago, IL for rod drawing and spring forming, built with T-slot aluminum framing and 1/2" wire mesh panels. Equipped with an RFID safety switch integrated into an emergency stop circuit to help reduce entanglement hazards during operation.

Aerosol can machine guarding enclosure in Chicago, IL for bottle filling 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 production.