Plastic 3D Printing

Today, the engineering and manufacturing teams from OEMs, MRO, and UAS developers has moved beyond experimental trials within the aerospace and aviation sector. Learn these additive advantages to align with your regulatory framework, production targets, and engineering objectives.

This new report highlights how polymer additive manufacturing delivers value to aerospace, with insights shaped by today’s challenges and evolving industry landscape.

A digital material, simulating acrylic, achieving 95% light transmission of that material, and is useful for prototypes of glass, clear polymers, or transparent packaging.

ToughONE introduces a new tier of material strength while maintaining PolyJet’s hallmark precision. Enables functional prototyping with repeated handling, snap-fit testing, and assembly validation with greater confidence for automotive, consumer products and industrial manufacturers.

As 3D printing becomes an integral part of advanced manufacturing in Singapore, businesses face new decisions around technology selection, materials, design optimisation, and production readiness.

Additive manufacturing (AM), commonly known as 3D printing, is entering a defining phase. Once viewed primarily as a prototyping tool, AM is now transitioning into a mainstream manufacturing solution with global implications.

Stratasys is rolling out smarter software, faster print modes, and new materials to raise the bar for productivity and quality in 3D printing.

GREENGUARD Certified Stratasys 3D printers ensure safe, compliant, and eco-conscious additive manufacturing for every workspace.

First and real 3D printable silicone material exclusive for Origin users, delivering all the qualities of a true silicone.

Unlike conventional trays, which can be costly and slow to fabricate, the additively manufactured tray was produced quickly and with materials engineered for industry-specific requirements.