Our end-to-end package includes optimized slicing orientation, support for intricate geometries, and precision printing with tight tolerances.
We serve industries like automotive, robotics, and consumer products using FDM with engineering-grade plastics.
At Elements and Objects, we realized from the start that not every 3D print can be executed the same way.
Early on, we faced the frustration of large-format prints that took days to finish—only to fail and waste precious time and materials. That experience pushed us to dig deeper, learning how to optimize slicing and printing techniques to master complex parts and tight tolerances.
We quickly understood that every part has its own story and challenges. That’s why we don’t offer one-size-fits-all solutions. Instead, we craft custom parts and prototypes that strike the perfect balance between aesthetics, strength, and performance—tailored specifically to each project.
Today, Elements and Objects is more than a 3D printing service. We’re a partner on your innovation journey, committed to delivering precise, reliable, and fast results. Whether you’re in automotive, robotics, consumer products, or product development, we bring expertise, passion, and care to every print—because your vision deserves nothing less.
Our 3D printing materials range from durable engineering plastics to eco-friendly and food-grade options, ensuring precision, strength, and performance for your needs.
PETG provides a balance of strength, flexibility, and chemical resistance, making it ideal for a wide range of applications.
ABS offers durable indoor strength, while ASA adds UV resistance for lasting outdoor use.
PC delivers strength and heat tolerance, while PBT offers durability in harsh, chemical-rich environments.
Every print is held to the same high standard, ensuring the consistent performance you expect.
Engineering grade materials Precisely tailored fo your requirements
Bring your ideas to life, from the first prototype to full-scale production runs
Designs optimized for strength, function, and reduced production costs.
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