Gefond's new challenge: sustainability and digitalization for temperature control in foundries
Gefond, through its innovative technical solutions, supports trends in the manufacturing industry as it prepares to meet industry challenges.
HPDC by Gefond's new challenge: designing innovative cooling systems together
With The Industry 5.0 report, published by the European Commission in January 2021, European industry has taken a relevant leading role in implementing the Green Deal and wants to lead by example in green transformation. Common environmental goals can only be achieved by incorporating new technologies and rethinking production processes from a sustainable perspective.
Thus was born HPDC by Gefond, which, with the production of GreenCasting, GreenJet and GreenShell temperature control units, affirms the principles of sustainability and digitization.
- 1. Innovative cooling system (compared with traditional temperature controllers)
- 2. The highest flexibility of operation
- 1. Meets the requirements of Industry 4.0
- 2. Remote monitoring, diagnosis and fault control
- 3. The only temperature controller ready for predictive maintenance thanks to PERPETUOUS
1994
Since its founding, GEFOND has distinguished itself in the die casting industry by representing leading suppliers in the market and distributing technologically advanced equipment to foundries working primarily for the automotive industry.
2016
Start marketing temperature control units manufactured by Greenbox. In just a few years, the market has recognized in these power packs a concrete added value both in terms of production and return on investment.
2020
Buy the patent and know-how from Greenbox and start their own production to be closer and more flexible to customers' needs.
HPDC by Gefond, with its line of temperature control units, turns its gaze toward the future of the manufacturing industry by representing the ideal technology to be combined with water-free lubrication and the production of structural castings. Thanks to the multi-channel function, it is possible to thermoregulate molds in a timely manner with flexibility and efficiency unattainable with traditional thermoregulation. Finally, thermoregulation can be managed through feedback with probes or thermal imaging for even more optimization.
