Helio Additive

Helio Additive offers physics-driven simulation and optimization software for additive manufacturing. Our platform predicts 3D print outcomes before physical builds, enabling users to optimize processes, reduce defects, and accelerate production for both pellet and desktop printing.

Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Achieving consistent, high-quality 3D prints, especially at industrial scales, is often hindered by unpredictable material behavior and the trial-and-error nature of print parameter optimization. This leads to increased defect rates, material waste, and extended development cycles.

Solution

Helio Additive provides physics-driven process simulation and optimization software for both pellet and desktop 3D printing applications. Our platform enables users to accurately predict print outcomes before committing to a physical build, thereby optimizing print processes with precision. By leveraging advanced simulation capabilities, users can identify and mitigate potential defects, leading to reduced material consumption and faster iteration times. The software also offers access to a curated library of high-performance materials, pre-tuned for optimal printing performance. This integrated approach facilitates the scaling of additive manufacturing from prototyping to production.

Target Audience

Our primary customers are manufacturers, engineers, and product developers involved in industrial-scale and desktop 3D printing who aim to improve print reliability, reduce waste, and accelerate their production workflows.

Features

Physics-based simulation engine for predicting thermomechanical behavior during the 3D printing process.
One-click optimization algorithms to automatically adjust print parameters for improved quality and reduced defects.
Integrated material library featuring over 30 pre-configured filaments, with options for custom material profiles.
Voxel-based slicing technology for detailed process simulation and control.
Compatibility with leading desktop 3D printers and slicer software, including Bambu Studio and OrcaSlicer.
Support for both filament and pellet extrusion additive manufacturing technologies.
G-code data management with configurable retention policies for enhanced data privacy.
API for integration into existing manufacturing workflows and custom deployments.