Cannon introduced an integrated composite manufacturing platform at JEC World 2026, combining thermoset and thermoplastic processing with automated layup, material handling, and on-site recycling workflows. The demonstration, held March 10-12 in Paris, highlighted systems developed to reduce waste, improve energy efficiency, and advance circular end-of-life material strategies. The platform underscores the industry's increasing focus on lightweighting and sustainability requirements within automotive and aerospace procurement programs.
Background
Integrated manufacturing platforms that fuse automation with recycling mark a strategic evolution in composite processing. Original Equipment Manufacturers (OEMs) in automotive and aerospace sectors are placing greater emphasis on lifecycle considerations, such as end-of-life recyclability and the integration of secondary materials. Regulatory developments and procurement standards now require suppliers to address both performance and circularity objectives.
Details
Cannon's NEXUS system embeds mold thermoregulation directly within composite tooling, utilizing the inherent properties of composite materials as heating elements. According to company data, the system enables up to 70% energy savings and reduces heat-up times, shortening cycle ramp-up by approximately 80%. NEXUS can achieve temperature increases of up to 30°C per minute and generates highly localized thermal zones with millimeter-scale gradients, enabling precise control for thermoset processes such as Reaction Injection Molding (RIM) and High-Pressure Resin Transfer Molding (HP-RTM). "Traditional technologies... rarely exceed 75% energy efficiency," stated Andrea Castelnovo, Technology and R&D Manager at Cannon Tipos.1JEC World 2026 | Cannon
Cannon also presented the POSSIBLE (PrOduce SuStainabLE Industrial Bodies) project, which targets end-of-life recycling for polyurethane and glass fiber-reinforced PU composites. The technology enables recovery of foam and composite granulates, which are reintroduced into new formulations through controlled feeding in powder or granular form. This approach allows recycled content to be incorporated at industry-relevant rates without affecting process stability or final component performance.1JEC World 2026 | Cannon
For aerospace applications, Cannon showcased its TVF (Triple Vacuum Frame) technology for clean handling of prepreg stacks, eliminating the need for tacky-release agents or frequent equipment cleaning. Additional exhibits included the Dynamic Overpacking System (DOS) for in-mold pressure control to reduce voids and the DXI low-pressure dosing units to improve consistency in vacuum resin infusion processes.2Cannon to unveil aero composite manufacturing solutions at JEC World
Outlook
Cannon's integrated platform indicates a possible shift in factory design, with recycling units and automated draping systems positioned alongside molding cells. OEMs evaluating circularity criteria may begin to qualify technologies such as POSSIBLE and NEXUS in upcoming development programs. Widespread adoption remains contingent on capital investment cycles and the progression of regulatory frameworks related to recycled content and material traceability.
