WAAMLABZ
WAAMLABZ provides Technical Data Packages (TDPs) that define the complete set of digital instructions for producing metal components with repeatable quality across different machines and locations. The TDP support platform covers pre, print, and post-process parameters for wire-arc additive manufacturing, enabling point-of-need production with material savings of 80-90% compared to traditional manufacturing.
- Manufacturing / Industry 4.0
- Industrial Automation
Funding
Founders
Founder details are not available yet.
Product
Problem
Manufacturers adopting wire-arc additive manufacturing (WAAM) face significant challenges in achieving repeatable, consistent quality across different machines and locations. The lack of standardized digital instructions for pre, print, and post-process parameters hinders reliable point-of-need production of metal components, limiting the scalability and industrial adoption of WAAM technology.
Solution
WAAMLABZ provides Technical Data Packages (TDPs) that define the complete set of digital instructions required to produce a specific metal component with repeatable and consistent quality across different machines and locations. Their TDP support platform covers pre, print, and post-process parameters, enabling manufacturers to transition from traditional subtractive processes to large-scale additive manufacturing. The company's approach, built on twenty years of research in welding and materials science, allows for point-of-need production of metal components, reducing material waste and improving supply-chain flexibility.
Target Audience
Primary customers are manufacturers and industrial companies seeking to implement large-scale wire-arc additive manufacturing for metal component production, particularly those operating in the aerospace, automotive, and energy sectors.
Features
- Comprehensive TDP covering pre, print, and post-process parameters for each component
- Platform enabling point-of-need manufacturing across different machines and locations
- Demonstrated material savings of 80-90% compared to traditional manufacturing methods
- Based on twenty years of research in welding, additive manufacturing, materials science, and advanced production
- Designed for large-scale welding-based additive manufacturing applications