¶ Welcome to the Helio Additive Wiki
This wiki serves as the central resource for everything related to Helio Additive — our technology, products, usage guides, developer resources, and more.
¶ 🔧 What is Helio Additive?
Helio Additive provides intelligent thermal simulation and optimization tools for Pellet and FDM/FFF 3D printing. Our software improves print quality, reduces failures, and enables smart, unattended additive manufacturing workflows.
We integrate with slicers like OrcaSlicer and Bambu Studio and support hardware OEMs and material suppliers in delivering physics and AI-enhanced printing experiences.
¶ 🚀 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 Additive Products
 📊 Dashboard |
 🐋 OrcaSlicer Integration (beta testing) |
 🎋 Bambu Studio (coming soon) |
 🤖 Adaone (coming soon) |
¶ Helio API reference
- Introduction to documentation found at: https://wiki.helioadditive.com/en/api/
¶ Helio Additive Print Debugging (via Simulation) Flowchart
- Debugging guide found at: https://wiki.helioadditive.com/en/flowchart/
¶ 👤 Who is this wiki for?
- 3D printing enthusiasts and professionals using Helio inside OrcaSlicer or Bambu Studio.
- Hardware OEMs integrating Helio simulation and optimization.
- Developers accessing the Helio API.
- Support, sales, and marketing teams needing up-to-date product knowledge.