环境
您喜爱的产品也热爱这个星球。
它是如何设计的。
这个怎么做的。
是怎么发货的。
它是如何使用的。
它是如何回收的。
我们有计划
Designed to leave the world
better than we found it.
100%
Packaging and spool made from recycled carton
Degrade 15% faster than Polylite™ PLA
It takes guts to
erase our footprint.
回收
纤维学
R系列
为了应对不断变化的世界的挑战和 3D 打印用户的亲生态期望,我们创造了 Fiberlogy R。这种灯丝是我们深思熟虑和努力的成果。我们专注于创造一种产品,将高质量、生产流程优化和对生态系统的负面影响降至最低。
Fiberlogy R 在使 3D 打印技术更加环保的道路上迈出了大胆的一步。在其生产中,我们使用 100% 回收材料。原材料经过精心挑选,仅来自经过验证的来源,这有助于避免潜在的灯丝污染。对其采集和存储过程的严格控制保证了我们客户打印机的最终产品的最高质量。
* 商标和来自 Filberlogy SA 波兰的产品
种了一棵树
对于每个 PolyTerra™ PLA 线轴
生产后,Polymaker 将在
由于与世界各地不同组织的合作,将购买线轴的区域。
树木有助于净化我们呼吸的空气,过滤我们饮用的水,并为世界上 80% 以上的陆地生物多样性提供栖息地。
100%
Packaging and spool made from FSC certified cardboard spools.
Carbon removal is critical to counteract climate change
种了一棵树
Although PLA is compostable and recyclable, it requires a sophisticated industrial composting facility. Most facilities today don't separate and recycle plastics. Also, mixing petro-based plastics with bioplastics poses a problem for the facility as it degrades the quality and specification of the recycled material. The plastics need to be separated before sent to a recycling center. Today, most PLA ends up in a landfill and estimates of its decomposition time range between 100 and 1,000 years. During that time the material releases methane gas (25 CO2 equivalents). The amount depends on additives and the raw material.