- Overview
- Basic Info
- Product Description
- Product Feature
- Ded-arc manufacturing
Basic Info.
Product Description
Presenting the ArcMan S1 Adv—the world’s premier mini-integrated intelligent ded-arc manufacturing system. Developed under the expert guidance of lungoPNT additive manufacturing, this groundbreaking technology transforms the landscape of 3D metal printing.
Utilizing state-of-the-art (AM) software, the ArcMan S1 Adv excels in the intelligent additive manufacturing of small to medium-sized metal components. The system guarantees high performance, unparalleled efficiency, and remarkable cost-effectiveness.
Featuring a versatile six-axis robot paired with an ultra-stable fuse power supply, the ArcMan S1 Adv ensures precision and reliability. It boasts a sophisticated molten pool monitoring system, comprehensive process printing data surveillance, and thorough environmental temperature and humidity assessments.
Additionally, the system includes an integrated smoke exhaust and dust removal mechanism, ensuring a clean and safe operation environment. Whether for educational purposes, material development, research design, or actual manufacturing, the ArcMan S1 Adv is versatile enough to cater to both novices and seasoned professionals.
Regardless of your expertise in ded-arc technology, you can immerse yourself in the seamless operation and innovative features this system offers, making it an indispensable tool for modern manufacturing.
Wire Ded-arc Manufacturing (WAAM) stands at the forefront of advanced digital manufacturing technologies. Utilizing an arc or plasma arc as a heat source, this method melts metal wire and adheres to a layer-by-layer cladding principle controlled by sophisticated programs or software.
WAAM manufactures 3D metal blanks from line to surface to body, faithfully replicating the 3D digital models to produce components that meet precise product shape and size specifications.
This cutting-edge approach delivers products that are exceptionally close to the desired shape and dimensions, ensuring minimal material waste and maximum efficiency.