Machine Guarding Projects

Horizontal bandsaw guarding system in Tulsa, OK for cutting raw stock, built with steel fencing and black wire mesh panels. Equipped with a safety mat integrated into an emergency stop circuit to detect presence and help reduce cut point hazards during operation.

Industrial safety interlock mat system in Portland, OR for forming raw stock, designed to detect operator presence and trigger an emergency stop circuit. Engineered to help reduce shear point hazards and improve safety in forming operations.

Interlocked machine guarding enclosure in Tempe, AZ for bottle filling 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 nip point hazards during operation.

Interlocked safety guarding enclosure in Phoenix, AZ for bottle labeling operations, built with T-slotted aluminum extrusion and clear polycarbonate panels. Equipped with an RFID locking safety switch integrated into a safe stop condition to help reduce pinch point hazards during operation.

Light curtain barrier guarding system in Eugene, OR for bottle filling operations, built with T-slot aluminum framing and clear polycarbonate panels. Equipped with safety light curtains integrated into an emergency stop circuit to help reduce crush point hazards during operation.

Machine enclosure with safety switches in Atlanta, GA for cutting operations, built with aluminum extrusion and 1/4" clear polycarbonate panels. Equipped with an RFID safety switch integrated into an emergency stop circuit to help reduce nip point hazards during operation.

Machine access guarding system in Anderson, SC for sorting operations, built with T-slot aluminum framing and 1" black wire mesh panels. Equipped with a safety switch integrated into a start/stop circuit to help reduce pinch point hazards during operation.

Machine guarding mesh door system in Wilson, NC for shearing operations, built with T-slotted aluminum extrusion and 1" black wire mesh panels. Equipped with an RFID non-locking safety switch integrated into a safe stop condition to help reduce crush point hazards during operation.

Machine safety guarding enclosure in Pittsburgh, PA for assembly operations, built with T-slot aluminum framing and clear polycarbonate panels. Equipped with an RFID locking solenoid safety switch integrated into an emergency stop circuit to help reduce shear point hazards during operation.

Metal shaper tank perimeter guarding system in Rockford, IL for cutting and turning operations, built with aluminum extrusion and clear polycarbonate panels. Equipped with an RFID safety switch integrated into an emergency stop circuit to help reduce wrap point hazards during operation.

Modular surface grinder machine guarding system in East Aurora, IL for metal grinding 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 cut point hazards during operation.

Modular tool crib safety enclosure in Decatur, IL for secure storage applications, built with T-slotted aluminum extrusion and black wire mesh panels. Equipped with an RFID locking safety switch integrated into a safe stop condition to restrict access and help reduce electrical shock hazards.

OSHA machine guarding enclosure system in Toledo, OH for container handling operations, built with T-slot aluminum framing and 1/4" clear polycarbonate panels. Equipped with a safety switch integrated into an emergency stop circuit to help reduce electrical shock hazards.

Perimeter steel machine guarding system in Grand Rapids, MI for material storage areas, built with steel framing and black wire mesh panels. Equipped with a request-to-enter safety circuit integrated into an emergency stop function to help reduce cut point hazards and control access.

Polycarbonate machine guarding system in Sturgis, MI for labeling operations, built with T-slot aluminum framing and clear polycarbonate panels in a securely bolted, fixed enclosure design. Engineered to restrict access and help reduce nip point hazards during operation.

Removable machine guarding system in Indianapolis, IN for machining operations, built with T-slotted aluminum extrusion and clear polycarbonate panels with tool-to-remove access. Designed to allow maintenance access while helping reduce pinch point hazards during operation.

Shear press safety fencing system in Kokomo, IN for panel shearing operations, built with T-slot aluminum framing and 1" black wire mesh panels in a securely fastened enclosure design. Engineered to restrict access and help reduce crush point hazards during operation.

Slide-up machine guard door system in New Berlin, WI for assembly operations, built with aluminum extrusion and clear polycarbonate panels. Equipped with an RFID locking safety switch integrated into a line stop function to help reduce cut point hazards during operation.

Slitter hood machine guarding system in Chicago, IL for cutting and slitting operations, built with powder-coated framing and 1/4" clear polycarbonate panels in a securely fastened enclosure design. Engineered to contain access and help reduce shear point hazards during operation.

Spring loaded bar guarding system in Plymouth, IN for shearing and forming operations, built with T-slot aluminum framing and molded polycarbonate panels. Equipped with a safety switch integrated into a safe stop condition to help reduce crush point hazards during operation.

Steel fabricated machine guarding system in Dayton, OH for power transmission coverage, built with steel guarding and wire mesh panels with tool-to-remove access. Designed to restrict access and help reduce shear point hazards around moving components during operation.

Surface grinder machine guarding system in Ravenna, OH for surface grinding operations, built with T-slotted aluminum extrusion and clear polycarbonate panels. Equipped with an RFID safety switch integrated into an emergency stop circuit to help reduce nip point hazards during operation.

Vibratory feeder sound enclosure system in New Bedford, MA built with T-slot aluminum framing and black ABS plastic panels in a securely fastened enclosure design. Engineered to contain equipment noise and help reduce hearing hazards in high-decibel environments.

Webb roller safety mat guarding system in Athens, AL for rolling and flattening sheet steel. Equipped with a safety mat integrated into a start/stop circuit to detect operator presence and help reduce crush point hazards during operation.