- Report
- August 2025
- 186 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- August 2025
- 184 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- October 2025
- 188 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- October 2025
- 190 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- October 2025
- 185 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- October 2025
- 199 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- October 2025
- 181 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- October 2025
- 184 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- October 2025
- 191 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- August 2025
- 180 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- August 2025
- 192 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- August 2025
- 191 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- August 2025
- 187 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- August 2025
- 191 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- August 2025
- 190 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- August 2025
- 190 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- August 2025
- 198 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- August 2025
- 185 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- August 2025
- 190 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP
- Report
- August 2025
- 188 Pages
Global
From €3153EUR$3,545USD£2,740GBP
€3504EUR$3,939USD£3,044GBP

Directed Energy Deposition (DED) is a 3D printing process that uses a focused beam of energy to melt and deposit material onto a substrate. This process is used to build up complex geometries and structures, and is often used to repair or modify existing parts. The DED process is capable of producing parts with high accuracy and repeatability, and is often used in the aerospace, automotive, and medical industries.
The DED market is growing rapidly, driven by the increasing demand for complex parts and components. The technology is also becoming more accessible, with a range of desktop and industrial systems now available. This has enabled a wider range of applications, from prototyping to production.
Some of the leading companies in the DED market include EOS, SLM Solutions, Concept Laser, 3D Systems, and Renishaw. Show Less Read more