The Goss International engineering team specializes in refining complex electromechanical products and production systems - or designing them from scratch. Optimal performance and "manufacturability" are the goal, and a proven infrastructure is in place to ensure a seamless transition between design and production.
Contact Goss International to find out how the fundamental process knowledge and engineering expertise behind the world's most advanced large-scale industrial printing systems can be easily adapted to your challenges. Areas of specialization include:
Material transport
Systems to transport material in a continuous "web" form, with integrated processes to print, slit, glue, stitch, fold, emboss and die cut; precision material guidance, draw control and tension control capabilities to ensure productivity and quality in producing products that are rewound as a continuous web, or cut into discreet entities
Material handling
Singulating, trimming, binding, collating, transporting and bundling discreet products; including sophisticated in-line technologies to customize and inspect individual products
Fluid metering
Application of an expansive range of fluids through high-precision spraying, roll coating or blade coating technologies
Automation
Advanced human machine interfaces, distributed PLC control, networked communication and remote monitoring - all utilizing standard architectures and hardware components that are easy to procure and maintain
Design analysis
Solid and 3D modeling to make designs easy to interpret and verify
• CAE integrated finite element and motion analysis to analyze stresses and deflections of individual components
Stand-alone finite element analysis and computational fluid dynamics to assess system performance, including:
• The performance of complex mechanisms with non-linearities, such as kinematic motion and rolling contact
• Permanent deformation processes, such as folding and sheet metal forming
• Multi-physics variables, including thermo-structural and fluid-structural phenomena
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