Our ever growing library of versatile, reliable Engineering Resins are formulated to help users reduce costs, iterate faster, simulating a wide range of end-use materials. However, since thermoplastics aren’t used in SLA 3D printing, selecting a material is not always straightforward for most engineers.
In this webinar we’ll aim to remove the guesswork when it comes to deciding which material suits your application, making recommendations and drawing comparisons to popular thermoplastics you’re familiar with.
So if you are looking for a dynamic material that can handle compression, stretching, bending, and high impacts without breaking or if you need something with an 80A Shore durometer to simulate the flexibility of TPU balancing softness with strength, we have you covered.
After watching this webinar you’ll know if in-house SLA 3D printing can produce parts for your prototyping, validation, or end-use needs.
Seiko Nishino, Applications Engineer at Formlabs, works to introduce 3D printers to workflows and explore new uses of 3D printers. Seiko has worked on CAE specializing in heat transfer simulations in her previous job and her background is in mechanical engineering where she conducted research on 3D printing of medical implants, and since then have been working with 3D printers.