India (English)
India (English)
Case Study

Volume Production Of Figurines


Gravity Girl   black background  1

No More Hassle With Volume Printing

Use Case – Volume Production of Figurines using WSS™150 water soluble support material

WSS Figurines

Challenge

The manual support removal process is extremely time consuming and labor intense and inevitably parts damage will impact production yield. Parts design may also introduce support cavities that are hard or impossible to clean using the waterjet system.

Solution

Using WSS™150 water soluble support material allowed for easy, hands-free removal of support material in a single step, without the risk of damage by multiple figurines in a standard dishwasher. Small & medium series productions that require 20-100 parts in one tray and can reach 100s or 1000s of parts in a series can be placed on the same tray inside a dishwasher for fast hands-free support removal. L2S™ was also used to solidify the wastewater, in line with local regulations, for safe disposal without the need to send for onward treatment.

Impact

An automated process for series production was created with a simple workflow. Printed parts were placed in a standard dishwasher minimizing production time and labor requirements. No special skills are required during the hands-free support removal process with water soluble support.

Volume Production Of Figurines

Related Content

3D printed ceramic rendering using Stratasys PolyJet Technology

3D Printing for Korean Ceramic Restoration

See how Seoul National University's Project R uses Stratasys PolyJet 3D printing to restore and reimagine broken Korean ceramics. Read the case study.

View more
OEM webinar header

Additive Manufacturing Innovation in MedTech & Life Sciences: A 3-Part Webinar Series

Join the Stratasys Additive Manufacturing Innovation in MedTech & Life Sciences webinar series. Learn where additive manufacturing delivers value, how to select the right process and materials, and how to implement production-ready workflows in regulated environments.

View more
Stratasys 3D printed ear and eye medical model

Advancing Surgical Training with 3D Printed Anatomical Models

Discover how COSA uses Stratasys Digital Anatomy™ technology to create realistic 3D printed anatomical models for surgical training, simulation, and medical innovation.

View more
3D printed ceramic rendering using Stratasys PolyJet Technology

See how Seoul National University's Project R uses Stratasys PolyJet 3D printing to restore and reimagine broken Korean ceramics. Read the case study.

OEM webinar header

Join the Stratasys Additive Manufacturing Innovation in MedTech & Life Sciences webinar series. Learn where additive manufacturing delivers value, how to select the right process and materials, and how to implement production-ready workflows in regulated environments.

Stratasys 3D printed ear and eye medical model

Discover how COSA uses Stratasys Digital Anatomy™ technology to create realistic 3D printed anatomical models for surgical training, simulation, and medical innovation.