See the Complete SLA Workflow
We’ll take you inside the CREAT3D Technology Centre to demonstrate the complete Formlabs SLA ecosystem.
We'll discuss the fast printing systems available, from the desktop Form 4 to larger parts and higher-capacity production with the Form 4L.
Form 4L
See how parts are prepared, orientated and supported for printing, and how the Form 4L produces accurate, high-quality parts at speed. We’ll also explain how build setup can affect surface finish, accuracy and part performance.
Form Wash
Follow the automated washing process used to remove residual resin from printed parts, helping to achieve clean, consistent results while reducing manual handling.
Form Cure
See the fast curing process, with controlled light and heat pre-sets, enabling printed parts to achieve their intended mechanical properties and dimensional stability.
Your Questions Answered Live
The session will conclude with an open Q&A with the CREAT3D team.
Ask us about your applications, materials, costs, workflow or anything else you’d like to understand.
We’ll also be live in the Technology Centre so we can take a closer look at the equipment and parts during the discussion.
If you already have an application in mind, you can share it when registering or save your questions for the day.
From Product Concept to Functional Part
This is a practical session focused on how SLA is being used to shorten development cycles and solve real design and manufacturing challenges.
We’ll share application examples including:
- High-detail models
- Functional prototypes for fit, form and performance testing
- Jigs, fixtures and manufacturing aids
- Short-run injection mould tools
- Flexible and silicone components
- Clear parts and fluid-flow models
- Heat-resistant, flame-retardant and ESD components
- Low-volume and customised end-use parts
You’ll see real components and learn what makes an application well suited to SLA, not simply what the technology can print.
Explore Engineering Materials
SLA is no longer limited to visual prototypes.
Today’s material range can replicate a wide variety of performance characteristics, including rigid, tough, flexible, elastic, clear, heat-resistant, flame-retardant and ESD-safe.
We’ll explain how to start with the requirements of your application and narrow down the most appropriate material.