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Robotic Laser Cutting Market to Grow by USD 129 Million (2024-2028), Driven by Enhanced Laser Tech and Increased Productivity, AI-Powered Market Evolution Report by Technavio

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NEW YORK, Aug. 26, 2024 /PRNewswire/ — The global robotic laser cutting market size is estimated to grow by USD 129 million from 2024-2028, according to Technavio. The market is estimated to grow at a CAGR of  14.76%  during the forecast period. Increased productivity with improved laser technology is driving market growth, with a trend towards IoT and industry 4.0.However, lower least count of accuracy of robotic laser cutting  poses a challenge. Key market players include ABB Ltd., AMADA Co. Ltd., Amdoit Technologies Pvt. Ltd, BLM S.P.A., Chutian Laser, Daihen Corp., DIVINE TECHNO ENGINEERS, FANUC Corp., HGLaser Engineering Co. Ltd., Jenoptik AG, KUKA AG, Laser Photonics, MIDEA Group Co. Ltd., Precitec GmbH and Co. KG, Productive Robotics Inc., Shape Process Automation, SHFULAI, Spark Robotic, Staubli International AG, Suresh Indu Lasers Pvt Ltd., VP Synergic Weld Solutions Pvt Ltd., and Yaskawa Electric Corp..

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Robotic Laser Cutting Market Scope

Report Coverage

Details

Base year

2023

Historic period

2018 – 2022

Forecast period

2024-2028

Growth momentum & CAGR

Accelerate at a CAGR of 14.76%

Market growth 2024-2028

USD 129 million

Market structure

Fragmented

YoY growth 2022-2023 (%)

12.52

Regional analysis

APAC, Europe, North America, South America, and Middle East and Africa

Performing market contribution

APAC at 68%

Key countries

China, Japan, US, South Korea, and Germany

Key companies profiled

ABB Ltd., AMADA Co. Ltd., Amdoit Technologies Pvt. Ltd, BLM S.P.A., Chutian Laser, Daihen Corp., DIVINE TECHNO ENGINEERS, FANUC Corp., HGLaser Engineering Co. Ltd., Jenoptik AG, KUKA AG, Laser Photonics, MIDEA Group Co. Ltd., Precitec GmbH and Co. KG, Productive Robotics Inc., Shape Process Automation, SHFULAI, Spark Robotic, Staubli International AG, Suresh Indu Lasers Pvt Ltd., VP Synergic Weld Solutions Pvt Ltd., and Yaskawa Electric Corp.

Market Driver

The integration of IoT and Industry 4.0 technologies is a significant trend in the global robotic laser cutting market. These innovations enable seamless connectivity, data exchange, and intelligent decision-making, improving system efficiency, flexibility, and performance. Smart sensors and monitoring devices in robotic laser cutting equipment collect real-time data on temperature, vibration, and energy consumption. Predictive maintenance algorithms use this data to anticipate and address potential issues, reducing downtime and increasing system uptime. IoT-enabled systems can link to larger manufacturing networks, facilitating dynamic production scheduling, adaptive process optimization, and real-time decision-making. Data analytics and artificial intelligence derive actionable insights from performance data and production metrics, optimizing cutting parameters and improving process efficiency and product quality. The convergence of IoT, Industry 4.0, and robotic laser cutting technology is driving the growth of the global market, promising a new era of smart, connected manufacturing. 

The robotic laser cutting market is experiencing significant growth in various industries, including fabrication and energy. Robotic laser systems are revolutionizing metal fabrication by providing precision cutting applications for aluminum, composites, and other lightweight materials. This technology is also making strides in the energy industry for fuel efficiency and emissions reduction. Improved laser technology, such as YAG cutting machines, is enabling the processing of both metal and non-metal materials. Key trends include drilling holes for semiconductors, endoscopy, and automotive components like body panels, door modules, hoods, and fuel tanks. Aerospace and defense are also adopting this cutting-edge technology for manufacturing complex parts. Innovation hubs and research institutions continue to drive technical achievements through the use of infrared laser beams, mirrors, nozzles, and advanced optics. The future of robotic laser cutting lies in automation and precision, making it an essential tool for businesses seeking to stay competitive. 

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Market Challenges

The robotic laser cutting market offers significant flexibility for various industries, but faces a challenge from five-axis laser cutting machines in terms of accuracy. Five-axis machines have linear axes for the first four and rotational axes for the last two. This design reduces positional errors in the Z-direction, enhancing precision. In contrast, robotic arms with six axes have an articulated design, where deviations from the first axis accumulate, affecting end effector (EOAT) precision. A historical error of +-5 mm at the EOAT has been reduced to the least count of +-0.05 mm due to advancements in control modules and software. However, this accuracy lags behind the +-0.01 mm least count in five-axis laser cutting machines. Although improvements in control technology are expected to address this issue during the forecast period, it remains a significant hurdle for the global robotic laser cutting market.The Robotic Laser Cutting Market is experiencing significant growth due to the increasing demand for automation in various industries. Precision cutting applications, particularly in automotive and aerospace sectors, are driving this trend. Improved laser technology, such as YAG Cutting Machines and high-power lasers, enables the processing of metal and non-metal materials with micron-level accuracy. YAG Cutting Machines and CO2 lasers are popular choices for metal processing operations, allowing for the production of automotive components, body panels, door modules, hoods, and fuel tanks. In the non-metal sector, laser cutting is used for drilling holes in various materials, including carbon, for endoscopy equipment and consumer electronics. Robotics, artificial intelligence (AI), and machine learning are essential components of modern laser cutting systems. Industrial robots, robot controllers, robotic arms, and material positioners ensure robust structure and precise operational accuracy. The aviation industry and metal processing sector are major consumers of high-power lasers, while rare earth elements are crucial for the production of YAG Cutting Machines. The automotive segment is a significant market for laser cutting due to its versatility and ability to process various materials efficiently. Kitchenware and electronic components are also common applications, with laser cutting offering advantages in terms of operational efficiency and cost savings.

For more insights on driver and challenges – Request a sample report!

Segment Overview 

This robotic laser cutting market report extensively covers market segmentation by  

End-user 1.1 Automotive Industry1.2 Metal Industry1.3 Aerospace Industry1.4 OthersType 2.1 CO2 Laser Cutting Machine2.2 Fiber Laser Cutting Machine2.3 YAG Cutting MachineGeography 3.1 APAC3.2 Europe3.3 North America3.4 South America3.5 Middle East and Africa

1.1 Automotive Industry-  The automotive industry is experiencing significant shifts in production processes, with labor-intensive tasks becoming increasingly burdensome for human workers. As automotive companies’ profit margins rise, there is a growing focus on optimizing facilities and enhancing production through automation. With increasing labor costs in major automotive markets like Japan, Europe, and the US, automakers are turning to automation. Robotic laser cutting is a key technology in this regard, enabling the mass-production of complex vehicle body components with high precision and efficiency. This technology is particularly valuable for cutting ultra-high tensile steel sheets, which have become increasingly popular due to their high strength and ability to reduce vehicle weight and improve fuel mileage. Additionally, robotic laser cutting offers flexibility in handling hydroformed parts, making it an attractive solution for automotive manufacturers. The technology is used for cutting various components, including edges, door panels, interior panels, and airbags, and its high-speed capabilities contribute to cost and time savings. These factors are expected to fuel the growth of the robotic laser cutting market in the automotive industry during the forecast period.

For more information on market segmentation with geographical analysis including forecast (2024-2028) and historic data (2017-2021) – Download a Sample Report

Research Analysis

The Robotic Laser Cutting market is experiencing significant growth due to the increasing demand for automation in various industries. Improved laser technology has enabled the use of YAG cutting machines for micron-level precision and accuracy in cutting a wide range of materials. Industrial robots, robot controllers, robotic arms, and material positioners are essential components of robotic laser cutting systems, ensuring versatility and sturdy construction for continuous operation. These systems offer numerous advantages, including increased productivity, reduced labor costs, and improved product quality. With the ability to cut various materials, including metals, plastics, and composites, robotic laser cutting is an indispensable technology for modern manufacturing processes.

Market Research Overview

The robotic laser cutting market is experiencing significant growth due to the increasing demand for automation in various industries. Precision cutting applications in metal and non-metal materials have become essential in sectors like automotive, aerospace and defense, and fabrication. Improved laser technology, such as YAG Cutting Machines and high-power lasers, enables processing of metals and rare earth elements with micron-level accuracy. Robotic systems, including industrial robots, robot controllers, robotic arms, and material positioners, are integral to these operations. YAG Cutting Machines and CO2 lasers are popular choices for metal processing operations, while carbon and composites are processed using robotic laser systems. Drilling holes, endoscopy, and fabrication of automotive components, body panels, hoods, fuel tanks, and aerospace parts are common applications. The aviation industry and energy sector also benefit from the sturdy construction and precise operational accuracy of these systems. Robotic laser cutting offers versatility and fuel efficiency, reducing emissions and increasing operational efficiency. Innovation hubs and research institutions continue to push the boundaries of this cutting-edge technology, incorporating artificial intelligence (AI) and machine learning into robotic laser systems. Applications extend to industries like milling, water jet cutting, plasma cutting, and processing lightweight materials such as aluminum and composites. Semiconductors and consumer electronics also utilize laser cutting for their intricate components.

Table of Contents:

1 Executive Summary
2 Market Landscape
3 Market Sizing
4 Historic Market Size
5 Five Forces Analysis
6 Market Segmentation

End-userAutomotive IndustryMetal IndustryAerospace IndustryOthersTypeCO2 Laser Cutting MachineFiber Laser Cutting MachineYAG Cutting MachineGeographyAPACEuropeNorth AmericaSouth AmericaMiddle East And Africa

7 Customer Landscape
8 Geographic Landscape
9 Drivers, Challenges, and Trends
10 Company Landscape
11 Company Analysis
12 Appendix

About Technavio

Technavio is a leading global technology research and advisory company. Their research and analysis focuses on emerging market trends and provides actionable insights to help businesses identify market opportunities and develop effective strategies to optimize their market positions.

With over 500 specialized analysts, Technavio’s report library consists of more than 17,000 reports and counting, covering 800 technologies, spanning across 50 countries. Their client base consists of enterprises of all sizes, including more than 100 Fortune 500 companies. This growing client base relies on Technavio’s comprehensive coverage, extensive research, and actionable market insights to identify opportunities in existing and potential markets and assess their competitive positions within changing market scenarios.

Contacts

Technavio Research
Jesse Maida
Media & Marketing Executive
US: +1 844 364 1100
UK: +44 203 893 3200
Email: media@technavio.com
Website: www.technavio.com/

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SOURCE Technavio

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Wistron Celebrates Grand Opening of First U.S. Smart Factory Marking Milestone in Global Smart Manufacturing Strategy

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FORT WORTH, Texas, July 21, 2026 /PRNewswire/ — Wistron Corporation (“Wistron”) celebrated the grand opening of its D1 AI smart facility in Fort Worth, Texas, the site where the first NVIDIA GB300 Grace Blackwell Ultra Superchip was built and mass-produced in the United States. The US$ 700 million facility, spanning approximately 324,000 square foot, was officially unveiled during a ceremony led by Wistron Chairman Simon Lin and NVIDIA Founder and CEO Jensen Huang. Jessica Rogers, Director of the Economic Development Department for the City of Fort Worth, and Alexander Tah-ray Yui, Taiwan’s Representative to the United States, were among the government officials and business leaders who attended, marking a milestone in the expansion of Wistron’s global footprint and advanced manufacturing capabilities.

This is a key hub in Wistron’s global AI infrastructure manufacturing network. The facility runs on NVIDIA accelerated computing and integrates NVIDIA’s Nemotron and Cosmos open frontier models and Omniverse and Metropolis libraries, using digital twin technology to optimize factory design, production workflows, and operational efficiency. It is Wistron’s first U.S.-based manufacturing facility, established to serve customers locally and produce NVIDIA’s most advanced and cutting-edge products. Wistron Chairman Simon Lin said “The operation here is not typical manufacturing. It is new, very comprehensive, and high-tech. Right now we produce the NVIDIA GB300 Grace Blackwell Ultra Superchip, and beyond, we are also going to produce the NVIDIA Vera Rubin Superchip here. In the next couple of years, this location will be one of the most important, as we build AI infrastructure here in the United States. I think this is the reason we say that there will be the next chapter, and we are going to empower AI from Texas.”

Responding to Customer Needs: Texas, the Newest Global Manufacturing Hub
At this pivotal moment for global AI infrastructure, Wistron is drawing on decades of global manufacturing experience to expand its footprint in Texas, a state with a well-established ecosystem for logistics, talent recruitment, and advanced manufacturing. The new D1 facility produces the NVIDIA GB300 Grace Blackwell Ultra Superchip and soon, the NVIDIA Vera Rubin Superchip — critical to powering the next generation of AI computing. The new Fort Worth facility strengthens a critical upstream layer of the AI infrastructure supply chain by expanding domestic capacity to assemble and test NVIDIA AI systems. These servers can be integrated into NVIDIA DSX infrastructure, with DSX providing the common architecture and technologies needed to deploy and operate energy-efficient AI factories at scale.

One-Stop Operational Ecosystem Strengthens U.S. AI Supply Chain Resilience
Behind every breakthrough in AI computing lies the manufacturing capability to scale it. Wistron is expanding its AI server production capabilities from Taiwan to the United States, guided by a vision of precision, efficiency, and sustainability. This reflects a broader industry shift: AI leadership is determined not only by technological breakthroughs, but also by the operational capability to transform innovation into high-volume production with consistent quality, supply chain resilience, and predictable delivery. By establishing AI infrastructure manufacturing capacity in the United States, Wistron is building a one-stop operational ecosystem spanning manufacturing and after-sales service — shortening delivery timelines and customer support cycles, strengthening supply chain resilience, and laying the foundation for long-term competitive advantage as AI infrastructure continues to scale.

Partnering with NVIDIA to Pioneer a New Model for Smart Manufacturing and Energy Optimization
As the era of physical AI begins, Wistron is extending its smart manufacturing capabilities to the United States, creating a new model for AI infrastructure production built on digital manufacturing, energy optimization, and local operations. Jensen Huang said: “The largest infrastructure buildout in history is underway. Demand for AI factories—the engine of this next industrial revolution—is incredible, and they must be produced everywhere. Together, NVIDIA and Wistron are restoring US advanced manufacturing capacity in Texas, creating skilled jobs and strengthening America’s AI supply chain.” As demand for advanced manufacturing grows in Texas, smarter planning of production loads and energy use will give the plant greater control and flexibility over its electricity needs.

Turning Global Experience into Scalable AI Infrastructure
Simon Lin stressed that the speed the AI era demands comes with its own responsibility. “In the AI era, the pressure of speed is also a form of responsibility,” Lin said. “We don’t just need to build fast; we need to build right.”

The Fort Worth plant will serve as the core engine of Wistron’s U.S. manufacturing operations, the company said, connecting its global production network with ecosystem partners as it scales advanced AI manufacturing. Wistron said that the investment reflects efforts to deepen its technical capabilities, strengthen the resilience and efficiency of global supply chains, and support the next phase of AI infrastructure development.

About Wistron:
Wistron Corporation is a leading global technology service provider delivering advanced ICT products, AI infrastructure, and manufacturing solutions to technology brands worldwide. With more than 63,000 employees across North America, Europe, and Asia, Wistron continues to expand its AI, cloud, and advanced manufacturing capabilities to support the next generation of intelligent computing. For more information about Wistron, please visit the official website at www.wistron.com. Additional information about the event is available on the event website.

Media Contact:
Joyce WL Chou
joyce_wl_chou@wistron.com

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SOURCE Wistron Corporation

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NSG Bio Accelerates Breakthrough Biotech Innovation in Singapore

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New initiative under NSG Bio Tomorrow will support promising startups developing next-generation approaches in respiratory and neonatal care

SINGAPORE, July 22, 2026 /PRNewswire/ — The NSG Bio Tomorrow initiative aims at supporting emerging life sciences startups working on complex challenges in respiratory and neonatal care.

Launched through the support of Chiesi Group, The Impulse initiative will provide a selected startup with one year of NSG Bio membership and access to a dedicated laboratory bench at NSG Bio Singapore. The initiative is designed to help early-stage biotech companies move from promising science toward stronger proof-of-concept work in a fully equipped research environment.

The initiative comes at a time when the biotech industry is increasingly looking for faster, more connected ways to move high-potential science from the lab toward real-world patient impact. For startups, access to infrastructure is only one part of the challenge. Equally important are the right networks, industry visibility, technical environment, and opportunities to engage with partners who understand the path from early discovery to clinical relevance.

The programme will focus on startups developing innovative biotechnological solutions with potential relevance to chronic respiratory diseases and neonatal conditions. Areas of interest include cell therapies, gene therapies, gene-editing technologies, regenerative tissue engineering, engineered or programmable living systems, lung-targeted delivery platforms, preventive approaches, and small-molecule-based approaches.

The selected startup will gain access to NSG Bio’s laboratory infrastructure, shared workspaces, meeting facilities, and wider community of biotech entrepreneurs, researchers, scientific leaders, and industry partners. The support is intended to help the company advance key research milestones while becoming part of Singapore’s growing life-science innovation ecosystem.

For NSG Bio, the initiative is part of NSG Bio Tomorrow, its ecosystem-building arm created to expand the company’s role beyond facilities and real estate. While NSG Bio is known for providing high-quality laboratory and office infrastructure for biotech companies, NSG Bio Tomorrow focuses on building the programmes, partnerships, and opportunities that help startups grow.

“Biotech companies need more than lab space. They need access, momentum, and the right ecosystem around them,” said Hasyim Sim, Co-Founder and Chief Operating Officer, NSG Bio. “Through NSG Bio Tomorrow, we are building initiatives that help promising startups connect with partners, unlock opportunities, and move their science forward. This initiative reflects exactly the kind of role we want to play in the biotech ecosystem.”

“Chiesi is committed to supporting innovation that can make a meaningful difference for patients, and we work with entrepreneurs, researchers and partners to advance meaningful ideas,” said Fabrizio Conicella, Vice President, Center of Open Innovation & Competence at Chiesi Group. “By supporting this NSG Bio Tomorrow initiative, we want to create an opportunity for early-stage innovators to access the infrastructure and ecosystem support needed to develop impactful science in respiratory and neonatal care.”

NSG Bio Tomorrow programme also reinforces Singapore’s position as a growing hub for biotech innovation in Asia, where startups, research institutions, investors, and industry partners are increasingly coming together to support the next generation of healthcare companies.

Applications open on 22 July 2026 at 09:00 a.m. SGT. Finalists will be invited to present at a virtual pitch event, after which the selected startup will be announced.

About NSG Bio

NSG Bio is Singapore’s leading provider of BSL-2 certified co-working laboratory and office spaces, supporting life-science companies from early research through growth. Through its facilities, community, and ecosystem initiatives, NSG Bio enables biotech innovators to accelerate research, access networks, and build companies that address critical healthcare challenges.

About NSG Bio Tomorrow

NSG Bio Tomorrow is NSG Bio’s ecosystem-building arm, created to support the next generation of biotech innovation through partnerships, programmes, community initiatives, and opportunities that extend beyond physical laboratory infrastructure. Its mission is to strengthen the biotech industry by connecting startups with the resources, expertise, and networks they need to thrive.

About Chiesi Group 

Chiesi is a research-oriented international biopharmaceutical group that develops and markets innovative therapeutic solutions in respiratory health, rare diseases, and specialty care. The company’s mission is to improve people’s quality of life and act responsibly towards both the community and the environment. As a certified B Corp since 2019, Chiesi is part of a global community of businesses that meet high standards of social and environmental impact. 

With 90 years of experience, Chiesi is headquartered in Parma (Italy), with 31 affiliates worldwide, and counts more than 7,900 employees. The Group’s research and development centre in Parma works alongside 6 other important R&D hubs in France, the US, Canada, China, the UK, and Sweden. For further information please visit https://www.chiesi.com/en/home 

Media Contact
Giridharan
Laboratory Manager
NSG Bio
giridharan@nsgbio.com
87797175

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SOURCE NSG Bio

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House Judiciary Committee Passes Bill that Would Prevent Future Immigration Crises: Swift Action Needed by Full House, Says FAIR

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WASHINGTON, July 21, 2026 /PRNewswire/ — Today, the House Judiciary Committee passed an updated version of H.R. 2, the landmark border security bill from last congressional session. The bill now awaits consideration by the full House of Representatives. The Federation for American Immigration Reform (FAIR) urges Speaker Mike Johnson to schedule a final floor vote as soon as possible.

The Secure Border Act systematically closes the loopholes that allowed the Biden administration to unleash the largest and most damaging wave of illegal immigration in American history. Enactment of this legislation would prevent future anti-borders administrations from shirking their responsibilities to secure our borders and enforce our immigration laws; asserting unlimited discretion to parole inadmissible aliens to enter the country; or releasing millions of illegal aliens into the country, rather than detaining them or returning them to the country from which they entered.

“We congratulate the Judiciary Committee for its swift action on this critical legislation,” said Dale Wilcox, executive director and general counsel of FAIR. “Ending border chaos and rampant illegal immigration was a key reason that Republicans regained control of the White House and both chambers of Congress in the last election. The clock is ticking on the 119th Congress, and Republicans only have a short time to deliver on the promises they made to voters in 2024, before the midterms.

“Right now, our immigration laws are being enforced in the interests of the American people. As the last administration demonstrated, enforcement of those laws is not guaranteed unless Congress acts to prevent similar abuse in the future. Now is the time for decisive action in the House, where this bill can be passed with a simple majority vote, and an opportunity for Senate Majority Leader John Thune to put every member of that body on record before voters go to the polls in the fall,” Wilcox concluded.

Hayley Hill, hhill@fairus.org 202-328-7004

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SOURCE Federation for American Immigration Reform (FAIR)

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