How does Technology Applied contribute to sustainability in 3D printing?

Nowadays, sustainable development and environmental responsibility are becoming key priorities for the industry, which is why Technology Applied – a leading Polish company in the 3D printing industry, plays an important role in shaping a greener future of additive technologies. By using SLS (Selective Laser Sintering) technology, the company takes steps to minimize the ecological footprint of additive manufacturing.

One of the biggest challenges in industrial production is production waste. Technology Applied, using SLS technology, significantly reduces the amount of waste. The material that is not sintered can be reused in subsequent 3D printing cycles, which minimizes the waste of raw materials and increases material efficiency. Additive manufacturing offered by Technology Applied allows parts to be produced locally on demand, reducing the need for long-distance transportation and associated carbon emissions. Furthermore, the ability to create lighter structures using SLS contributes to reducing energy consumption in end products, such as in the automotive or aerospace sectors.

Technology Applied focuses on optimizing production processes, striving to reduce energy consumption. SLS allows multiple parts to be produced simultaneously in a single printing cycle, which is more energy efficient compared to traditional manufacturing methods. The company also supports local businesses by enabling on-site production, which not only reduces transport emissions but also supports the local economy and development.

Technology Applied also promotes a durability-oriented approach to product design. Thanks to the precision capabilities of SLS, products can be designed to be more durable and easy to repair, extending their life cycle and reducing the need for frequent replacement.

Photo: www.ta.parts