Dual Robotic Cell for Surface Preparation of Blades and Vanes
A Fortune 500 customer contacted the experts at Guyson because they wanted a supplier who had a complete solution for their problem. From design to assembly, Guyson is a fully integrated company who provides single source responsibility. The customer had stringent requirements; Continuous operations, lights out, fully automated Self-checking Guaranteeing part quality, machine reliability and […]
Fully Robotic Blast Cell for Medical Application
Every so often a project comes around that requires an “out of the box “solution from our engineering team .This robotically loaded system was just recently completed for a large healthcare provider that produces Neuro Perforator tools . The Fanuc M10 loading robot station is controlled by Guyson ‘s proprietary loading software .Safety to the […]
NEW TOOL CHANGER FOR ROBOTIC BLASTING SYSTEMS
Guyson Corporation has developed a new automatic tool changing system that extends the versatility of its robotic blasting and shot peening machines. The new technology is being demonstrated to the manufacturing public for the first time at IMTS 2014 in booth N-6066. When the production processing routine for a particular component or a range of […]
ROBOTIC SURFACE PREPARATION SYSTEM BLASTS TRAYS OF COMPONENTS
Guyson Corporation has designed and built a robotic blast machine that precisely repeats programmed surface preparation routines on individual components and automatically processes a tray-full of parts without interruption. The Model RB-600 uses a 6-axis Fanuc LR Mate 200iC robot as a component manipulator. Mounted upside down on an engineered structure under the roof of […]
ROBOT-LOADED BLAST MACHINE OPERATES UNATTENDED
Guyson Corporation has integrated a robotically loaded automatic blast system with external component handling accessories that allow the installation to run up to one hour without an operator present. The Model RXS-900 indexing table blast machine has six rotary spindles and two active blasting stations inside the process chamber. Two clusters of four suction-blast […]
