This website aims to propose the full experience in reactive polymer processing technologies developed in over 50 years by Cannon.
From the design of the very first low-pressure dosing machine, Cannon has made innovation the cornerstone of its success, bringing the Group to the leading position in this market.
Thanks to the contribution of the sister companies Cannon Afros, Cannon Ergos, Cannon Viking and Cannon Tipos, today the Group is able to provide machines or highly automated customized turn-key plants composed by mixing heads, dosing units, moulds, presses, carousels and handling systems.
All this equipment is designed, manufactured, assembled in-house and tested before shipment. This is guaranteed by the common denominator of all Cannon companies: multidisciplinary engineering and project management skills, highly specialised technical personnel, specific facilities like large workshops and R&D laboratories, proper logistics and IT resources.
All Cannon companies share the worldwide local network: branches and agencies all over the world get Cannon always close to the customer, speaking the same language.
Cannon Afros is the Italian manufacturing centre for dosing systems and mixing equipment for PU, other reactive polymers and composite materials.
Cannon Ergos is the main manufacturing centre of machinery and industrial plants for PU, composites and thermoforming.
Cannon Viking is the British manufacturing centre of machinery and industrial plants for continuous and discontinuous flexible foam production.
Cannon Tipos is the Italian manufacturing centre of prototyping and production moulds for thermoforming and composites processing.
Cannon USA is the American manufacturing centre of dosing system, machinery and plants for PU, other reactive polymers and composites materials.
Nippon Cannon is the Japanese manufacturing centre of dosing system for PU and other reactive polymers.
Shinnon Cannon is the Chinese manufacturing centre of dosing systems, machinery and plants for PU, other reactive polymers and composites materials.