Amtwin supplies Wire Arc Additive Manufacturing (WAAM) systems that directly deposit metal wire to produce large, fully dense industrial parts up to several meters in size. Their equipment combines robotic arms, real‑time sensor feedback, and data‑driven process control to ensure dimensional accuracy and repeatable material properties, reducing waste and lead times for aerospace, energy, and heavy‑industry applications. An optional space‑manufacturing module extends the technology to rapid on‑demand fabrication of rocket components.
Funding
Funding not disclosed
Founders
Product
Problem
Manufacturers of large metal components face limited options for cost‑effective, high‑volume production because conventional subtractive methods require extensive machining, tooling, and material waste. Producing oversized parts for aerospace, energy, and heavy industry often involves long lead times and complex logistics, hindering rapid iteration and scaling.
Solution
Amtwin provides Wire Arc Additive Manufacturing (WAAM) systems that enable direct deposition of metal wire to build large, fully dense parts layer by layer. Their equipment integrates intelligent robotics, advanced control algorithms, and data‑driven process monitoring to ensure dimensional accuracy and repeatable material properties. The platform supports on‑site manufacturing of aerospace structures, energy components, and other heavy‑duty parts, reducing material waste and shortening production cycles. Additionally, Amtwin offers a space‑printing solution that combines WAAM with specialized robotics to fabricate rocket hardware rapidly, addressing the unique demands of the aerospace launch market.
Target Audience
Primary customers are aerospace manufacturers, energy equipment producers, and heavy‑industry firms that require large, high‑performance metal parts, as well as space‑flight companies seeking rapid on‑demand rocket component fabrication.
Features
- WAAM technology capable of depositing metal wire for parts up to several meters in size
- Closed‑loop robotic arm with real‑time sensor feedback for precise path control
- Advanced process control software that monitors temperature, melt pool dynamics, and deposition rate
- Data analytics suite for post‑process quality assurance and predictive maintenance
- Compatibility with common aerospace and industrial alloys (e.g., titanium, aluminum, steel)
- Optional space‑manufacturing module designed for rapid rocket component production