The global 3D printing robot market is projected to grow from USD 2.00 billion in 2025 to USD 3.14 billion by 2030, at a CAGR of 9.5%.
The 3D printing robot market is likely to grow
significantly with the increasing adoption of automation and the pressing need
for customized, cost-optimized manufacturing solutions in various industries.
Organizations are increasingly adopting robotic 3D printing systems to obtain
complex shapes, reduce material waste, and optimize production cycles. The
convergence of next-generation robots and additive manufacturing technology
makes producing large-scale, high-precision, demand-based parts possible.
Manufacturers of functional parts, tooling, and prototype service providers are
enhancing their agility by dramatically cutting lead times, setting a new
standard for efficiency in the industry. Additionally, the revolution in
Industry 4.0 project design and the evolution of smart factories are driving
the design of robotic 3D printing technology, mainly in the aerospace,
automotive, and construction industries. Investments in mobile robots for 3D
printing and green building codes create new growth opportunities. Industry
leaders such as Yaskawa, KUKA, and ABB continually innovate robotic solutions
tailored for additive manufacturing. As applications expand and technology
improves, the 3D printing robot market is anticipated to grow significantly in
the coming years.
Major 3D Printing Robot Companies Include:
ABB (Switzerland)
KUKA AG (Germany)
Yaskawa Electric Corporation (Japan)
FANUC (Japan)
Universal Robots A/S (Denmark)
Key companies operating in the 3D printing robot
market include ABB (Switzerland), KUKA AG (Germany), Yaskawa Electric
Corporation (Japan), FANUC (Japan), and Universal Robots A/S (Denmark).
Large players in the 3D printing robot market,
including KUKA AG, ABB, Yaskawa Electric Corporation, FANUC Corporation, and
Universal Robots A/S, are embracing strategies such as collaborations with
additive manufacturing firms, R&D to enhance multi-axis robotic precision,
and product expansion to support a range of printing materials. They also
target high-growth sectors such as aerospace, automotive, and construction with
customized robotics solutions. For instance, ABB has collaborated with MX3D to
integrate its arms with wire arc additive manufacturing (WAAM) to 3D print
complex metal structures, while KUKA has collaborated with research institutes
and startups to create scalable robotic solutions to print complex structures
for construction and design applications.
In April 2025, KUKA AG's digital division, KUKA
Digital, partnered with Finland's Noux Node to integrate its DevOps and
AI-driven software into KUKA's automation ecosystem. This collaboration is
expected to help joint customers manage data, deploy updates, and improve
system performance, supporting both companies' global expansion goals.
In February 2025, Caracol introduced the xHF (Extra
Flow) Extruder at JEC World 2025. This high-throughput extruder, compatible
with the Heron AM platform, offers an extrusion rate of up to 75 kg/h and the
ability to process two materials simultaneously. Its dual-motor torque
distribution and advanced thermal control enable the production of large-scale
composite parts with enhanced speed and precision, benefiting sectors including
aerospace, marine, construction, and architecture.
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ABB (Switzerland)
ABB Ltd. (Switzerland) is a global leader in
robotics and industrial automation with a strong presence in the 3D printing
robot market. The company specializes in high-end technologies, including
robotic arms, automation software, and additive manufacturing. ABB offers
highly dexterous robotic arms designed for 3D printing, enabling complex
geometries and real-time tracking across aerospace, automotive, healthcare, and
consumer goods industries. Its Robotics and Discrete Automation segment
integrates IoT, AI, digital twinning, simulation, and adaptive control to boost
productivity and reduce material waste. ABB’s robot arms support metals,
polymers, and composites for prototyping and mass production. The company’s
software, such as RobotStudio Suite, enables process simulation and
optimization before deployment. With global operations and strategic
partnerships like MX3D for metal 3D printing, ABB demonstrates its commitment
to next-gen manufacturing. The firm also invests heavily in R&D,
digitalization, and Industry 4.0, and has expanded through acquisitions,
including ASTI Mobile Robotics, further strengthening its automation and
additive manufacturing capabilities. ABB also holds a significant portfolio of
related patents, underscoring its market leadership.
KUKA AG (Germany)
KUKA AG (Germany) is a leading industrial robots and
automation technology supplier, specializing in additive manufacturing and 3D
printing. It offers high-precision robotic arms and integrated software for
automotive, aerospace, and medical sectors. KUKA’s 3D printing robots support
scalable, polymer- and metal-based processes for complex, high-quality parts.
The company provides digital optimization and real-time monitoring solutions,
with a robotics division offering integrated hardware, software, and services
under Industry 4.0. KUKA invests in R&D and holds a strong patent portfolio
in robotics and 3D printing technologies. It offers various industrial robots,
including KR QUANTEC, KR CYBERTECH, and KR IONTEC, tailored for specific
sectors. KUKA emphasizes seamless software integration and modular automation
platforms for complex 3D printing tasks. KUKA engages in strategic partnerships
to expand its 3D printing footprint, such as with MX3D, enabling metal printing
of large and complex structures using KUKA robots. Its KUKA.CNC and KUKA.SIM
platforms support real-time control and digital simulation, improving
productivity and reducing costs. The company is growing globally through
targeted investments and smart manufacturing integration. It is also expanding
R&D via its association with Midea Group to access high-growth markets,
particularly in Asia.
Market Ranking
3D printing robots is a highly competitive and
fast-evolving market with several top players leading innovation and driving
adoption in various industries. Top players such as ABB Ltd. (Switzerland),
KUKA AG (Germany), Yaskawa Electric Corporation (Japan), FANUC Corporation
(Japan), and Universal Robots A/S (Denmark) hold a leading position in the
global market through the offering of high-end robotic arms, automation
platforms, and bundled software solutions that are especially calibrated to be
utilized in additive manufacturing. These top 5 companies account for ~51 to
63% of market share, making the 3D printing robot market competitive.
ABB Ltd. is renowned for its adaptable robotic arms
with in-house software for precise process control and real-time monitoring,
and this has been applied in its wide range of applications in the aerospace,
automotive, and healthcare sectors. KUKA AG leads the way with scalable,
versatile robotic systems capable of processing intricate geometries and
diverse materials, supported by advanced motion control and simulation software
that enhances throughput and quality. Yaskawa Electric Corporation uses its extensive
expertise in robotics and automation to provide accurate 3D printing robots
combined with intelligent software platforms, thereby optimizing the printing
processes. A strong global service network supports the program. FANUC
Corporation is known for its industrial-class robotic arms with high
repeatability and durability, designed for additive manufacturing on a large
scale in the automotive and heavy industries. Universal Robots A/S is a market
leader in collaborative robot (cobot) technology with flexible 3D printing
capabilities that enable human–robot collaboration within small production
shops, prototyping, and customized manufacturing environments.
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