Industrial 3D Printing Market Analysis: Trends, Growth, and MJF Technology Outlook

In recent years, industrial 3D printing has now evolved from a niche solution into a key pillar of modern digital manufacturing. Innovation drivers have led to it becoming not just a prototyping tool but a fully-fledged production technology spanning a wide range of industries—from healthcare to mechanical engineering. 

Among all additive manufacturing trends and methods, it is Multi Jet Fusion (MJF), developed by Hewlett-Packard, that is drawing particular attention. The technology has secured a strong position in the small-batch and mass production segment of plastic parts due to its high speed, precision, and versatility. 

In this article, we will examine global trends in the industrial 3D printing market, current global 3D printing statistics, forecasts, and the role and potential of MJF in this rapidly developing sector.

General Trends in the Industrial 3D Printing Market

The evolution of additive manufacturing reflects broader trends in the industrial 3D printing sector over the past decade, progressing from laboratory experiments to full-scale production of high-quality components. 

According to SmarTech Analysis, this technology adoption has resulted in the global industrial 3D printing market being valued at $19.5 billion in 2023. Furthermore,its market forecast for 3D printing projects that this will reach $65 billion by 2030, showing a compound annual growth rate (CAGR) of approximately 20.8%.

Continued market demand is clearly illustrated by technology share distribution charts: FDM holds about 38% of the overall market, SLS accounts for 26%, SLA for 18%, while MJF’s share is rapidly increasing—already surpassing 12% in 2024, up from 6% just three years earlier. By 2030, MJF is expected to rank among the top three leading technologies.

Key drivers of growth include sustained demand for customization, shorter time-to-market cycles, logistics optimization, and the expanding potential for localized manufacturing. Additive manufacturing has become especially relevant in the face of global supply chain disruptions and the shift toward decentralized production models.

Industry Statistics and Market Analytics

According to a report by Wohlers Associates, by 2024, over 70% of companies using 3D printing are applying it not only for prototyping but also for manufacturing functional end-use parts. Furthermore, 50% of all industrial 3D printers are installed in the U.S. and Europe, indicating a high level of technological maturity in developed economies.Particular attention is being given to powder-based printing methods, including SLS and MJF, which deliver high accuracy, speed, and mechanical strength. In fact, with rapid industry growth, technologies based on polymer powders saw a 28% increase in demand in 2023 compared to the previous year. Sector-specific demand analysis shows that the most active adopters are the automotive, medical, consumer electronics, and aerospace industries.

The Role of MJF Technology in the 3D Printing Industry

Multi Jet Fusion (MJF) is an innovative additive manufacturing technology developed by Hewlett-Packard. Unlike older methods such as SLS, MJF uses a combination of thermal energy and liquid agents dispensed via a printhead. This enables high print precision, uniform material properties across all axes, and minimal need for post-processing.

According to HP and analysts at AMPOWER, MJF adoption in industry has resulted in  a compound annual growth rate (CAGR) of over 25% from 2020 to 2025. Amongst many emerging applications, the technology is being widely used for the production of medical devices, automotive components, consumer electronics, and architectural elements.

A comparative analysis reveals the following average print speeds: FDM – approximately 50 cm³/hr, SLA – 70 cm³/hr, SLS – 120 cm³/hr, while MJF can reach up to 3000 cm³/hr. At the same time, the cost per part for MJF is 30–40% lower than for SLS, due to the high packing density of models in the build chamber, the lack of support structures, and the ability to reuse up to 80% of the powder.

Advantages of MJF Compared to Other Methods

MJF technology growth is attributable to its unique combination of accuracy, reliability, and speed. Its throughput is significantly higher than that of FDM and SLA, while printing parts several times faster makes it ideal for scalable production. The surfaces of MJF-printed parts also show excellent detail, achieved through uniform powder distribution and pinpoint thermal energy application.

Moreover, MJF provides strength comparable to cast parts, which is particularly valuable for serial production of functional components. Additionally, MJF allows for the creation of complex internal geometries without support structures—offering both technical and economic benefits.

Environmental Aspect and Sustainability

The MJF technology meets modern sustainability standards. The ability to reuse powder significantly reduces waste, while the materials themselves are free of heavy metals and comply with biocompatibility regulations. This makes MJF an attractive choice for companies implementing ESG (Environmental, Social, and Governance) policies.

When MJF Is the Best Choice—and When FDM or SLA May Be Preferable

For a clearer comparison, the table below summarizes the key characteristics of popular 3D printing technologies:

Thus, MJF comprehensively outperforms competitors in terms of speed and part cost while maintaining high precision. However, for applications where visual clarity or a glossy finish is essential, SLA remains the preferred option. FDM continues to be relevant for low-cost prototyping where precision is not a critical factor.

When choosing the right technology in a competitive landscape, it’s important to consider budget, volume, timeline, and the functional purpose of the printed parts.

Multi Jet Fusion is not just another 3D printing technology; it is a powerful manufacturing tool that combines high speed, precision, and economic efficiency. It enables a faster and more cost-effective transition from prototype to serial production than any other technology on the market.

With its growing market share, exceptional throughput, environmental sustainability, and support for flexible financial models, the future of Multi Jet Fusion looks bright, becoming the top choice for companies striving for technological leadership. 

In the rapidly evolving industrial landscape, this technology is setting a new standard for efficiency in digital manufacturing.