English
English
Video

Picodya enhances R&D and manufacturing processes utilizing Stratasys 3D solutions 

Picodya, a start-up founded in 2018, is leveraging the combination of Stratasys F170, Connex 260, and the J35 3D printers, to make diagnostics more accessible everywhere around the world, at any time. Watch this video to learn how Picodya is boosting processes by utilizing Stratasys 3D solutions.

Xw3rrABDD95hcdVJMohhZn
Picodya enhances R&D and manufacturing processes utilizing Stratasys 3D solutions 

Related Content

resin 3d printing farm multiple printers production facility  1

A Guide to High Performance Resin 3D Printing

Learn how resin 3D printing technologies deliver unmatched detail, speed, and part quality. See how SLA, P3, and PolyJet stack up for prototyping, tooling, and production.

View more
3d printed automotive interior part installation  2

Powder Bed Fusion 3D Printing: Opening New Manufacturing Possibilities

Learn how powder bed fusion (PBF) 3D printing works, where it excels, and how Stratasys SAF™ technology delivers consistent, high-volume parts with lower waste and greater efficiency.

View more
3d printed anatomical models webinar

Specialist Insights: 3D Printed Anatomical Models for Medical Training

Join Addion founder Alexander Hechenberger for insights into designing anatomically accurate 3D printed models for surgical training. Learn about materials, simulation, and real-world clinical use.

View more
resin 3d printing farm multiple printers production facility  1

Learn how resin 3D printing technologies deliver unmatched detail, speed, and part quality. See how SLA, P3, and PolyJet stack up for prototyping, tooling, and production.

3d printed automotive interior part installation  2

Learn how powder bed fusion (PBF) 3D printing works, where it excels, and how Stratasys SAF™ technology delivers consistent, high-volume parts with lower waste and greater efficiency.

3d printed anatomical models webinar

Join Addion founder Alexander Hechenberger for insights into designing anatomically accurate 3D printed models for surgical training. Learn about materials, simulation, and real-world clinical use.