📚
Digital Manufacturing
  • Digital Manufacturing Homepage - Royal Danish Academy
  • Laser cutting
    • Laser Cutting Introduction
    • Software and parameters
    • BODOR Laser Guide
    • NOVA Laser Guide
  • 3D Printing
    • 3D Printing Introduction
    • FDM Printing (Most common)
    • SLA Resin Printing
    • SLS Powder Printing
  • CNC Routing
    • Introduction - CNC Fabrication
    • Preparing Your Material
    • CNC Technical Specifications
    • About Tools & Prices
    • 📖CNC Workflow Guide
      • 🚀Start here
      • ✍️Designing in Fusion
      • ✍️2D Drawing Import
      • ✍️3D Drawing Import
      • 1️⃣Single Object Setup
      • 2️⃣Multiple Objects Setup
      • 🛠️Tool Paths
      • 📂Post Processor
      • 🤖Machine Preperation
      • 👩‍💻Kinetic NC
  • Inspiration
  • 3D Modelling in Fusion (Beginner)
  • Adding Weight to 3D Prints
  • Snap-Together 3D Prints
Powered by GitBook
On this page
  1. 3D Printing

SLA Resin Printing

Discover the Advantages of SLA Printing at KADK: Using Formlabs Form 2 for High-Precision, Complex 3D Prints

PreviousFDM Printing (Most common)NextSLS Powder Printing

Last updated 8 months ago

At KADK we have 2 SLA printers "Formlabs Form 2" that uses a laser to cure liquid resin into solid layers, creating highly detailed and smooth prints. The Formlabs SLA printers have advantages over the Prusa FDM printers commonly used at the university, but they are more complex to operate. You will need to consult with a KADK employee in the metal and model workshop to use them for 3D printing.

Advantages of SLA printing compared to FDM

Unlike FDM (Fused Deposition Modeling) printers, which extrude melted plastic to build layers, the Form 2 provides several advantages:

  1. Higher Resolution and Precision: SLA technology allows for much finer detail and smoother surface finishes compared to FDM, which often shows visible layer lines.

  2. Better for Complex Geometries: The laser-based process can produce more intricate and complex shapes with greater accuracy, making it ideal for prototypes and parts with fine features.

  3. Material Versatility: The Form 2 can use various resin types with different properties, such as flexible, tough, or high-temperature resistance, providing more options for specific applications.

  4. Consistent Print Quality: SLA printers like the Form 2 typically offer more consistent print quality across multiple prints, as the resin-based process is less prone to common FDM issues like warping or uneven extrusion.