Machine Guarding Projects

3D safety radar plasma cutter guarding system in Smeal, NE for cutting aluminum and steel plates, designed with presence-sensing radar technology. Equipped with a safety radar integrated into a feed hold circuit to detect intrusion and help reduce cut point hazards during operation.

Air-operated vertical machine guard door system in Charlotte, NC for small part assembly on large hubs, 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 crush point hazards during operation.

Closed assembly press guarding system in St. Mary’s, OH for testing hydraulic hose strength, built with T-slot aluminum framing and 1" black wire mesh panels. Equipped with an RFID non-locking safety switch integrated into a start/stop circuit to help reduce crush point hazards during operation.

Open assembly press guarding system in St. Mary’s, OH for testing hydraulic component integrity, built with aluminum extrusion and black wire mesh panels. Equipped with a safety switch integrated into a safe stop condition to help reduce shear point hazards during operation.

Dual head drill press guarding system in Cleveland, OH for drilling custom brackets, built with machine tool guards and molded polycarbonate panels. Equipped with an RFID non-locking safety switch integrated into a start/stop circuit to help reduce wrap point hazards during operation.

Inxpect 3D safety radar CNC plasma gantry guarding system in Holden, LA for cutting and machining metal panels. Equipped with 3D safety radar technology integrated into a feed hold circuit to detect intrusion and help reduce entanglement hazards during operation.

Low impact guardrail protection system in Manitowoc, WI for material handling along production lines, built with industrial guardrail. Designed to define pathways, absorb minor impacts, and help reduce impact hazards while protecting equipment and personnel in production environments.

Motor contactor anti-restart safety box in Wolcottville, IN for integrating machine guarding with existing motor controls. Designed to prevent unintended restart conditions and support start/stop circuit functionality, helping reduce electrical shock hazards in industrial equipment.

Multi-height perimeter guarding system in Manitowoc, WI for consumer goods production, built with steel guarding and black wire mesh panels. Equipped with an RFID locking solenoid safety switch integrated into an emergency stop circuit to help reduce in-running nip hazards during operation.

Shop press guarding system with split ejection mesh curtains in Delavan, WI for removing broken or worn parts from assemblies, built with machine tool guards and wire mesh panels. Designed to contain ejected parts and help reduce crush point hazards during press operations.

Tabletop lathe machine guarding system in Delavan, WI for turning and finishing small shafts and pins, built with machine tool guards and fabricated metal panels. Equipped with an RFID safety switch integrated into a start/stop circuit to help reduce wrap point hazards during operation.

Test cell guarding system with back EMF zero-speed relay in Bridgeville, PA for motor circuit testing, built with steel fencing and black wire mesh panels. Equipped with a request-to-enter safety circuit integrated into a zero-speed condition to help reduce electrical shock hazards during operation.

Vertical press machine guarding system in Charlotte, NC for assembling small components into housings, built with modular T-slot framing and clear polycarbonate panels. Equipped with a safety switch integrated into an emergency stop circuit to help reduce flying debris hazards during operation.

VTL (vertical turret lathe) machine guarding system in Bridgeville, PA for machining custom metal components, built with powder-coated framing and molded polycarbonate panels. Equipped with an RFID safety switch integrated into a feed hold circuit to help reduce entanglement hazards during operation.

JAKA automotive assembly line inspection system in Detroit, MI for quality inspection of manufactured components. Designed to improve precision, consistency, and efficiency in part production within automated automotive manufacturing environments.

JAKA CNC machine loading and tending system in Warsaw, IN for automated machine tending at machining centers. Designed to improve productivity, consistency, and operator efficiency in precision manufacturing environments.

JAKA CNC production line load and unload system in Atlanta, GA for automated part change cycles. Designed to support labor shortages, improve throughput, and increase consistency in machining operations.

JAKA cobot CNC machine tending system in Knoxville, TN for automated part handling and loading. Designed to streamline production tasks, improve consistency, and increase efficiency in machining operations.

JAKA linear assembly line automation system in Charlotte, NC for assembly and screwdriving operations. Designed to improve ergonomics, reduce repetitive strain, and increase consistency in production workflows.

JAKA pick and place automation system in Janesville, WI for handling small parts in manufacturing processes. Designed to support lean manufacturing, improve efficiency, and increase consistency in repetitive handling operations.

JAKA pod part placement palletizing system in Kansas City, KS for automated product handling and stacking. Designed to transform operational needs into continuous improvement (Kaizen), enhancing efficiency, consistency, and scalability in manufacturing processes.

JAKA product stacking palletizing system in Pittsburgh, PA for packaging operations. Designed to reduce repetitive strain, improve ergonomics, and increase consistency in automated material handling processes.

JAKA robot conveyor line automation system in Cincinnati, OH for quality control during assembly operations. Designed to improve worker safety, increase inspection consistency, and enhance efficiency in open production environments.

JAKA robotic part loading system in Hebron, OH for CNC machining centers, designed to support flexible part placement and automated loading operations. Improves efficiency, consistency, and adaptability in machining workflows.