Português

Additive Manufacturing Software Market 2025: Analysis, Data, and Forecasting

836
2025-03-17 15:03:37
Ver tradução

In March 2025, Additive Manufacturing Research (AMR) released its latest 3D printing market research report, "AM Software Markets 2025: Analysis, Data, and Forecast," which provides a comprehensive and in-depth analysis of the 3D printing software industry. The latest research findings indicate that global revenue from additive manufacturing (AM) software is expected to grow from $2.44 billion in 2024 to $6.78 billion in 2033. This significant growth is mainly driven by the following factors:

 



The transformation of market segmentation: Traditional broad and overlapping solutions are gradually transitioning towards clearer segmented markets.

The application of artificial intelligence technology: The integration of AI in AM software is increasing, optimizing and automating multiple processes.

Significant changes in market structure
AMR points out that the AM software market is undergoing a significant structural change:
Core workflow market: including basic tools for design, preparation, monitoring, and production management.
Application and Process Market: Specialized software focused on specific industries and material applications.
This change has prompted suppliers to innovate beyond traditional CAD and PLM platforms, developing new tools that can meet the needs of advanced manufacturing ecosystems.

 


Artificial Intelligence Driven Innovation and Corporate Strategy
With the advancement of AI technology, many previously state-of-the-art features have become mainstream. This transformation not only affects the strategic direction of enterprises, but also promotes the innovative development of the entire industry. The main participants mentioned in the report include:
Famous large enterprises such as 3D Systems, Autodesk, Stratasys, Materialise, Siemens, Colibrium Additive, etc.
Emerging niche developers: such as Authentise, Markforged, Hexagon, Altair, Aibuild, 1000 Kelvin, etc.
These companies are actively promoting the development of end-to-end manufacturing platforms while expanding the functionality of AM software to improve automation, efficiency, and scalability.

Detailed dataset and predictive model
This report provides a wide range of market datasets and predictive models to help readers gain a deeper understanding of:
Software tool types: process monitoring, machining, MES/production management, design optimization, simulation, and print preparation.
End user adoption trends in vertical fields: Detailed analysis of application situations in different industries.
Technology segmentation opportunities: especially software opportunities for polymer and metal AM technologies.

Future prospects and adaptation strategies
As the industry becomes increasingly reliant on software drivers, businesses and stakeholders must adapt to the rapidly evolving landscape. The market report of AM Research is an important tool for senior management and investors to evaluate the future development of AM software. By understanding the importance of AI solutions and integrated workflows, enterprises can better determine their competitive advantage and ensure a favorable position in future competition. This report not only provides a clear perspective on the current market situation, but also points out the direction for future strategic planning, emphasizing the importance of adapting to new technologies and market demands.

Source: Yangtze River Delta Laser Alliance

Recomendações relacionadas
  • The University of Rochester has received nearly $18 million to build the world's highest power laser system

    After receiving a $14.9 million contract from the US Department of Defense (DOD) last month to study the pulse laser effect, the University of Rochester recently received nearly $18 million in funding from the National Science Foundation (NSF) for the key technology design and prototype of the EP-OPAL, also known as the OMEGA EP coupled optical parametric amplifier line (OPAL).EP-OPAL is a new fac...

    2023-09-28
    Ver tradução
  • XLight raises $40 million in financing to develop new EUV light sources

    xLight, a US startup aiming to commercialize particle accelerator driven free electron lasers (FELs) for use in semiconductor production, says it has raised $40 million in a series B round of venture funding.The Palo Alto, California, firm said that the support would enable it to develop a prototype next-generation light source capable of emitting at extreme ultraviolet (EUV) wavelengths that are ...

    07-23
    Ver tradução
  • Lumentum acquires Hong Kong optical module manufacturer Cloud Light to expand its influence in cloud data centers and network infrastructure

    On October 30th, Lumentum announced the acquisition of Hong Kong optical module manufacturer Cloud Light for $750 million (approximately RMB 5.48 billion), with the aim of expanding its influence in cloud data centers and network infrastructure.It is understood that Cloud Light is a Hong Kong company that provides various optical product solutions, mainly focusing on designing and manufacturing ad...

    2023-11-01
    Ver tradução
  • Lawrence Livermore National Laboratory develops PW grade thulium laser in the United States

    Recently, according to Tom's Hardware, Lawrence Livermore National Laboratory (LLNL) in the United States is developing a PW (1015 W) level large aperture thulium (BAT) laser. It is reported that this laser has the ability to increase the efficiency of extreme ultraviolet lithography (EUV) light sources by about 10 times, and may potentially replace the carbon dioxide laser used in current EUV too...

    02-13
    Ver tradução
  • New technology from Swedish universities enables real-time laser beam forming and control

    Dr. Yongcui Mi from Western University in Sweden has developed a new technology that enables real-time laser beam shaping and control for laser welding and directional energy deposition using laser and metal wire. This innovative technology draws on the mirror technology used in advanced astronomical telescopes.Adaptive beam shaping using deformable mirror technology (Image source: Western Univer...

    2024-12-19
    Ver tradução