We at Degele Manufacturing recognize that in 2026, environmental impact has become a significant factor in many purchasing decisions. We can supply you with in-depth reports incorporating the following elements: energy consumption (in kWh per part), the rate of material waste diversion, water usage, and the amount of carbon dioxide emissions specific to each manufacturing phase covering raw material acquisition, machining, and final finishing. The systems certified with ISO 9001 track among other things the renewable energy used in our facilities and the carbon footprint of the materials from our suppliers, providing your procurement team with the transparent sustainability data. We understand this is necessary for attaining corporate ESG targets while at the same time keeping up with the fast-changing regulations.

Degele Manufacturing specializes in processing sustainable material alternatives without compromising quality standards, offering extensive experience with verified supply chains for recycled aluminum alloys and low-carbon steel grades that maintain identical mechanical properties to virgin materials. Our certified metallurgists work closely with suppliers to ensure all secondary materials meet international specifications while our advanced process control systems compensate for inherent variability in recycled content through real-time monitoring of hardness, grain structure, and mechanical properties during production- guaranteeing your parts will perform as specified regardless of material origin.

We’ve designed intelligent modular die solutions that allow manufacturers to produce multiple component variants using a single tool base, significantly reducing both development costs and inventory requirements. The main idea of our method is to implement the use of inserts that can be quickly changed for different applications- like mounting points or connector interfaces- and to use smart tool technology with sensor feedback that will automatically modify pressure and dwell times during configuration changes. The flexibility that this system offers allows the customers to keep the same production rate even when making changes to the design at the last minute, or to produce family tooling for similar parts which will, on average, reduce time-to-market and manufacturing overhead by 35% when compared to traditional fixed-die methods.