Robotic Gasket / FIPG Dispensing Systems

Robotic gasket and FIPG dispensing systems use programmed industrial robots to apply liquid gasket or formed-in-place gasket material along defined seams, joints, contours, and flange geometries. The system coordinates robot motion, material flow, dispensing equipment, tooling, and inspection. This supports repeatable bead placement and helps reduce the manual variation associated with hand-applied sealing processes.

GLOBAL’s robotic dispensing and sealing capabilities support materials and applications including seam sealers, structural adhesives, polyurethane foam, cavity wax, sound dampening, hem flange sealing, anti-chip tape, PVC underbody coatings, bed liner, and protective film masking. The appropriate delivery method, tooling, flow settings, and robot path are engineered around the material and the part geometry.

Machine vision can inspect the dispensed bead in real time to verify location, placement, width, and continuity. Flow monitoring can provide an additional check on material delivery, helping identify issues such as missed paths or off-spec material before the part reaches downstream processing. Inspection requirements are configured around the application, quality objectives, and production process.

Yes. GLOBAL engineers complex three-dimensional bead paths that follow body panel contours, joint geometries, seams, and hem flanges. Robot speed and material flow are tuned to support consistent delivery through changes in direction and part geometry. Simulation and process engineering can be used to evaluate reach, motion, access, and path requirements before system deployment.

The service catalog identifies applications across automotive, electric vehicle, heavy equipment, aerospace, and general industrial manufacturing. Dispensing and sealing systems may support vehicle body components, industrial parts, assemblies, and other products requiring controlled material application. GLOBAL evaluates the part, material, process, quality requirements, and production environment when developing a dispensing solution.

GLOBAL supports turnkey integration and production line modernization, including integration of robots, controls, machine vision, fixtures, tooling, and other manufacturing equipment. Existing equipment and facility constraints can be evaluated during a feasibility study or engineering assessment. The recommended approach depends on the current line, part presentation, dispensing process, inspection needs, and production objectives.

Consistency is supported through programmed three-dimensional paths, controlled robot speed, tuned material flow, appropriate tooling, and integrated inspection. Vision systems can verify bead placement and continuity, while flow monitoring helps identify material delivery issues. GLOBAL’s engineers configure these elements around the application rather than relying on a generic dispensing setup.

A turnkey project can include process study, concept development, robot simulation, engineering and design, controls integration, machine vision, system build, installation, programming, commissioning, validation, training, documentation, and ongoing support. The exact project scope is developed around the dispensing application, production line, facility requirements, material process, inspection expectations, and launch objectives.

A sensible first step is to align on part family and process scope, walk the line or review the drawings, and review the application and quality requirements. From there you decide whether it becomes a process study, a service engagement, or a quote. You don't need a defined project or a capital approval to begin — most relationships start with a process study or site support rather than a capital order.