High Material Savings
For components with high buy-to-fly ratios (>5:1) made of expensive materials like titanium or Inconel, near-net-shape additive manufacturing (DED/WAAM) quickly amortizes the process costs through material savings.
An objective look at investment costs, operating costs and the economic comparison of DED, LMD, WAAM and LPBF with conventional manufacturing processes.
The acquisition costs for a Wire Laser system depend heavily on the configuration — integration variant (robot cell, CNC hybrid system or gantry), laser power class, sensor technology and CAM software. The following values are indicative reference ranges; exact costs vary significantly by manufacturer and scope.
The ongoing costs are mainly determined by the material used, process gas and machine hourly rates.
For components with high buy-to-fly ratios (>5:1) made of expensive materials like titanium or Inconel, near-net-shape additive manufacturing (DED/WAAM) quickly amortizes the process costs through material savings.
Repair costs using DED or LMD are typically 10–30% of the replacement procurement price — with significantly shorter lead times. Tools, shafts and turbine components are classic use cases.
For special parts or small series, expensive casting molds or forging dies are eliminated. Production can start immediately from CAD data — regardless of process (DED, WAAM or LPBF).
Welding3D is the manufacturer-neutral platform for industrial metal 3D printing — not a machine dealer and not a manufacturer. Find systems, compare technologies and contact manufacturers for DED, LMD, WAAM and LPBF on Welding3D.
Submit Project Enquiry