PolyUnity is dedicated to sustainability and reducing its environmental footprint through a combination of innovative practices and conscientious manufacturing choices:

Reduced Waste Through Additive Manufacturing

Unlike traditional manufacturing methods, which often involve subtracting material from larger blocks and generating substantial waste, additive manufacturing or 3D printing builds products layer by layer. This precision-focused approach significantly reduces the amount of material wasted, leading to efficient use of resources and less overall waste.

Localized Manufacturing Model Reduces Emissions

By producing goods locally, PolyUnity drastically cuts down on the carbon emissions associated with global shipping. This localized manufacturing approach not only supports local economies but also results in a substantial reduction in greenhouse gas emissions compared to the enormous environmental impact of transporting goods across long distances.

Energy-Efficient Printing

The printers used by PolyUnity are very energy efficient, consuming about as much energy as a standard light bulb. This low energy consumption contributes to the overall reduction in the company’s carbon footprint, and is significantly less harmful than traditional manufacturing. 

Eco-Friendly Materials

Whenever possible, PolyUnity uses cardboard spools and most commonly utilizes PLA (polylactic acid), a biodegradable plastic derived from corn. Over the long term, PLA breaks down to be more environmentally friendly compared to conventional plastics, supporting PolyUnity's commitment to sustainable materials.

PolyUnity is actively exploring ways to recycle produced parts back into filament, aiming to further close the loop in their production process. This effort would allow for the reuse of materials, reducing waste and enhancing the sustainability of their operations.

Reducing Emissions with 3D Printed Products.

PolyUnity designs and manufactures multi-use products, replacing single-use items and thereby reducing waste and emissions. Working with an independent health economist, PolyUnity has developed formulas to quantify the reduction in emissions and ecological waste achieved by using their products. Additionally, their manufacturing process allows for the production of single items, avoiding the need for large minimum order quantities (MOQ) that are typical in other manufacturing processes.

Through these initiatives, PolyUnity not only reduces its environmental impact but also sets a benchmark for sustainable manufacturing practices, demonstrating that innovation and environmental responsibility can go hand in hand.