A significant reduction in energy consumption is certainly our winning strategy.
Our automation is equipped with a dynamic vacuum management system, in order to reduce compressed air consumption up to 60%, if compared to traditional gripping systems. The compressed air required to generate the vacuum is switched on and off dynamically and automatically, in order for the vacuum to be generated only when the product is picked up, before being switched off until a minimum threshold is reached.
KERS Technology is another strategy we employ to achieve power saving. The particular architecture of the mutually connected drives allows for the recovery of the braking axles’ kinetic energy, which is therefore available for the axles in motion.
Through the Jog Over, we optimize robot cycles by reducing the IMM’ speed and consumption without any impact on the overall cycle time.
The float balanced axis allows a 40% reduction in power consumption compared to vertical axes without pneumatic balance, while guaranteeing the same performance.
The benefits deriving from the use of carbon fiber, one of the hallmarks of the Campetella product, in the field of industrial automation are countless. It guarantees excellent results in terms of intervention time, low-wear parts, high-precision movements, as well as a significant reduction in both weight and consumption. The resulting technological innovation is a guarantee of high performance at the best price-quality ratio.
A simple and intuitive interface, with a light and ergonomic design and a high storage capacity, makes our robot programming even simpler and faster.
Lightness, precision, speed and flexibility. These are the features of a production assisted by a 3D printing device which, allowing a considerable reduction in the raw material usage while manufacturing mechanical components, gripping systems and all sorts of prototypes, is a revolutionary, innovative and extremely convenient solution both qualitatively and economically.
Visit Campetella at Plastpol 2023, Booth F-16!