Special Machines & Robotic Assembly Lines Built Around Your Process | IOCCO – Made in Italy

IOCCO designs and builds special machines, robotic assembly lines and turnkey production systems for general industry — engineered around your product and your process. From Cupello, Italy, to over 500 plants delivered on 4 continents. Every product is different, and so is every process. Ours begins with yours: process analysis, mechanical, electrical and software design, in-house build and integration, PAT/FAT testing, commissioning, training and lifecycle support. Vision-guided robotics, automated assembly and screwing, traceable process data and AI-assisted operation — technologies chosen for the process, never the other way round. In this video: • Vision-guided picking and robotic assembly: surface preparation, primer, polyurethane adhesive and components, checked inline by vision • Automatic gearbox assembly line: 18-second cycle, 3,000 parts a day on three shifts* • Vacuum thermal processes designed by IOCCO: 25.9% less energy with the same process control; 8 systems in 4 countries saving over 8,000 MWh and about 2,700 t CO₂e a year** • Our 4,000 m² Innovation Center with a 2,200 m² temperature-controlled workshop for full-scale testing, digital twin and virtual commissioning KUKA Official System Partner · MATCH 4.0 · Abruzzo Aerospace District CHAPTERS 0:00 Our story · 1978 0:21 Who we are 0:42 What we do 1:11 500+ plants on 4 continents 1:23 Every process is different 1:40 Special machines & production lines 2:11 From product to production 2:38 Vision-guided robotic assembly 3:03 Automatic gearbox assembly · 18 s cycle 3:17 Vacuum thermal processes 3:32 Less energy, less CO₂ 4:02 Technology and people 4:20 Innovation Center · Cupello 4:45 Full-scale testing & digital twin 4:58 Network & remote support 5:26 Engineering the future Subtitles: Italiano, Deutsch, Français, Español. www.ioccogroup.com Performance achieved in PAT and confirmed in FAT for the application described, under the project's test conditions. ** Annualised estimate based on six months of monitoring (353 days × 24 h); CO₂e from 2023 institutional emission factors; not a certified reduction.