XYZprinting, Inc., a leading provider of 3D printing technology, has announced a partnership with Minima Technology Co., Ltd. to offer users more eco-friendly filaments. This partnership will allow users to create high-quality 3D prints while reducing their environmental impact.
Minima specializes in developing biodegradable materials for 3D printing. The company’s filaments are made from renewable resources, such as corn starch, and break down naturally over time. Users can reduce their carbon footprint and help protect the environment by using these filaments.
“We are excited to partner with Minima to offer our users more eco-friendly filaments,” said Gary Shu, Marketing Director of XYZprinting. “As a leading provider of 3D printing technology, we are committed to reducing our environmental impact and providing our users with sustainable solutions.”
The partnership with Minima is part of XYZprinting’s ongoing efforts to promote sustainable practices in the 3D printing industry. The company hopes to encourage users to make more environmentally conscious choices by offering eco-friendly filament options.
“We are thrilled to partner with XYZprinting to bring our biodegradable filaments to a wider audience,” said Esmy Huang, COO of Minima. “We believe that by working together, we can help reduce the environmental impact of 3D printing and create a more sustainable future.”
The eco-friendly filaments will be purchased on XYZprinting, Inc.’s channel partners and through select retailers.

About XYZprinting
https://www.xyzprinting.com/en-US/home
https://www.linkedin.com/company/xyzprinting

About Minima
https://www.linkedin.com/company/minimatechnology
https://minima.com/

Minima Technology Co. Ltd. announced that samples of its FT1 films have successfully be tested free of GMO. The testing was conducted by the internationally respected testing lab Intertek.

Intertek used  polymerase chain reaction (PCR) based testing methods and applied rigorous controls to effectively eliminate false positives and negatives.

Click here to download a copy of the report.

Click here for the FT1 Data Sheet.

Biodegradable is a natural process that converts organic matter into carbon dioxide (or methane), biomass and water vapor.  All life forms on earth depend upon biodegradation in some form to sustain life or remove waste.  But biodegradation only occurs when the correct conditions are in place:  sufficient moisture and sufficient heat. If the environment is too cold, organic matter will not decompose.  That’s what keeps food preserved in your freezer.  And, if there is no moisture, organic matter will be mummified…that how we get mummies.

Composting is an accelerated, managed form of biodegradation.  Air-borne (aerobic) microbes are placed into a controlled environment designed to maximize the speed at which they decompose organic matter.  So, your local leaf & grass clippings are sent to a compost center where professional operators create an optimal balance of carbonaceous materials (leaves, wood chips) along with nitrogen-rich materials (grass clippings, food scraps, even manure or sewage).

In a different process, methane-producing (anaerobic) microbes are used to convert organic matter into biogas.

At the end of the process (60- 180 days later), your get a rich soil supplement – humus – that works great as a mulch in gardens.  Humus is also blended into poor soils to help improve plant nutrition and prevent soil erosion.

While this sounds yucky, the process is actually quite clean and efficient.  A properly managed compost facility can transform organic trash into humus without muss fuss or odor.

The alternative is far worse:  organic waste that are not composted end up in landfills.  A properly managed landfill is very dry, so little biodegradation occurs.  Organic matter is mummified, and like Egyptian Pharaohs, are kept intact for thousands of years.  A dry landfill is actually a good thing:  if water gets into a landfill, very little air exists, so anerobic bacteria thrive to produce methane gas and toxic water runoff (leachate) which emits methane gas into the atmosphere and pollution into the water table.

Composting (or anaerobic digestion) are great ways to recycle organic trash into useful products, and prevent organic materials from ending up in a landfill.