The platform supports mass customization, parallel part production, and dynamic task management.
Advanced Printed Electronic Solutions (APES) has introduced Matrix6D, a modular additive manufacturing platform designed to address ongoing limitations in scaling production beyond prototyping.
Matrix6D uses a modular, software-controlled approach to additive manufacturing that replaces fixed build platforms with mobile, magnetically levitated build units—referred to as “mobile build platforms”—which can operate across configurable tool stations. This setup supports scalable parallel processing, adaptable workflows, and increased production throughput.
An adaptive additive manufacturing architecture
Matrix6D is based on a grid-based, XY-configurable tool-cell layout that allows a customizable number of tool stations arranged in a matrix format. Each station includes configurable motion gantry systems chosen to match the required build volume and precision. Cells can support a range of additive techniques—such as aerosol jet, inkjet, direct write, dispensing, and extrusion—as well as non-additive operations like curing, pick-and-place, and visual inspection. Mobile build platforms move between stations using magnetic levitation, enabling automated, multi-step manufacturing workflows that are not limited by the fixed structure of traditional 3D printers.
This platform is designed to support mass customization, concurrent production of different parts, and dynamic task allocation via orchestration software. Each tool station utilizes machine vision or laser optics for self-calibration, ensuring micron-level precision even at scale. Matrix6D’s architecture supports multiple classes of accuracy—from standard industrial-grade builds to high-resolution requirements needed for semiconductor packaging and advanced nano-fabrication capabilities.
Scalability, configurability, and speed
Matrix6D features a modular design that can scale from compact benchtop systems to full production lines built for high-volume additive manufacturing. It supports different toolhead sizes, station densities, and build volumes, all configurable through parameter-based settings. The system can run multiple manufacturing processes in parallel, making it suitable for use in semiconductor packaging, electronic device manufacturing, printed circuit boards, and metamaterial optics, among other applications.
Matrix6D will debut in person at RAPID + TCT 2025, where APES will showcase a working 1×2 demonstrator unit featuring a live extruder plus robotic handoff and dynamic mobile build platforms.
A platform for the future
Although originally developed for additive electronics, Matrix6D is also compatible with various polymer-based processes and industrial automation tasks. The system is being adapted to support newer technologies, including volumetric additive manufacturing, which will be introduced separately through a new collaboration.
For more information, visit advpes.com.
