¶ 👋 Welcome to the Helio Additive Wiki
This is your central hub for everything related to Helio Additive — our technology, products, usage guides, developer documentation, and more.
¶ 🔧 What is Helio Additive?
Helio Additive develops intelligent thermal simulation and optimization tools for pellet-based and FDM/FFF 3D printing. Our technology helps:
- Improve print quality
- Reduce print failures
- Enable smarter, unattended workflows
We integrate with slicers like OrcaSlicer and Bambu Studio, and partner with hardware OEMs and material suppliers to deliver physics-driven, AI-enhanced printing experiences.
¶ 🎬 The Helio Additive Story
¶ 🚀 Core Features
- Thermal Simulation – Understand temperature distribution during printing.
- Layer Time Optimization – Dynamically adjust speeds to meet material and geometry requirements.
- OEM Integration – Unlock smart print modes in partner slicers.
¶ 📚 Wiki Content
You can find articles on the following Helio Additive products and services:
¶ Helio API reference
- Introduction to documentation found at: https://wiki.helioadditive.com/en/api/
¶ Helio Additive Products
¶ 👤 Who is this Wiki for?
- 3D printing enthusiasts and professionals using Helio integrated with OrcaSlicer or Bambu Studio
- Hardware OEMs integrating Helio simulation and optimization
- Developers using the Helio API
- Support, sales, and marketing teams that need up-to-date product knowledge
¶ 🧭 Where to Go Next
- First-time FDM user? → Bambu StudioQuick Start Guide or Orca Slicer Integration Fork
- First-time LFAM user? → Helio Additive Dashboard
- Developer? → API Documentation
¶ 🛠️ Helio Additive Print Debugging (via Simulation) Flowchart
- Debugging guide found at: https://wiki.helioadditive.com/en/flowchart/