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ECI Software SolutionsAppoints Sklader Manufacturing Industry President 

ECI Software Solutions, Inc. (“ECI”) announced the appointment of Adam Sklader as Industry President, Manufacturing. Sklader will lead strategic direction and execution for ECI’s North American and Australian manufacturing portfolio, helping manufacturers connect disconnected systems, get a clearer view of their operations, and leverage integrated AI to make faster, more informed decisions on the shop floor and across the business. 

Sklader brings more than 16 years of experience in manufacturing technology, with a track record of helping industrial organizations scale through digital transformation. Before ECI, he spent 13 years at industrial AI and software provider IFS, leading sales across discrete and process manufacturing.  

“Manufacturers today are navigating constant change, from supply chain disruption to evolving customer demands, and they need partners and solutions that address these challenges while enabling long term growth,” said Adam Sklader, Industry President, Manufacturing, at ECI. “That means connecting systems that don’t talk to each other today, giving teams better visibility into what’s actually happening, and using AI in practical ways to make faster and smarter decisions. My focus is on scaling that impact so our customers see measurable improvements in how they operate every day.” 

“Adam is a seasoned leader with deep roots in the manufacturing technology space,” said Graham Younger, CRO of ECI. “He understands the realities that manufacturers face and brings a disciplined approach to execution and a strong understanding of what it takes to succeed in this industry. That experience is critical as we continue to invest in AI and expand what we can deliver for manufacturers who need solutions that work in the real world, not just on paper.” 

For more information, visit www.ecisolutions.com.

Fujiwara, Little Selected for 2026 Joseph F. Engelberger Robotics Awards

The Association for Advancing Automation (A3) announced Hiroshi Fujiwara, Executive Director of the Japan Robot Association (JARA), and Robert Little, co-founder of ATI Industrial Automation, as the winners of the 2026 Joseph F. Engelberger Robotics Awards, the world’s most prestigious robotics honor.

Fujiwara was selected as the 2026 Leadership winner for his decades of work advancing robotics, industrial policy and international collaboration. Little was selected as the 2026 Application winner for his role in expanding the practical use of robotics in manufacturing through end-effector technologies, force/torque sensing, and robotic tool changing.

The awards will be presented during a special dinner and ceremony on Wednesday, June 24, from 5:15 to 8:30 p.m. CT at McCormick Place in Chicago during Automate 2026, North America’s largest robotics and automation event. Tickets for the awards dinner and ceremony can be purchased through Automate registration, or by updating an existing registration.

“Robotics has always advanced because of people who could see what was possible and then do the hard work to make it practical, useful and scalable,” said Jeff Burnstein, president of A3. “Hiroshi Fujiwara has helped strengthen one of the world’s most important robotics ecosystems while building collaboration across industry, government and international markets. Robert Little has spent his career helping manufacturers put robots to work more effectively, giving companies the tools and technologies needed to automate with greater flexibility and confidence. Together, they reflect the purpose and spirit of the Engelberger Awards, and both are highly deserving of this recognition.”

Fujiwara has served as Executive Director of JARA since 2009, where he leads strategic operations and policy advocacy for Japan’s robotics industry. In that role, he has helped foster collaboration among industry leaders, government agencies and international partners to support industrial and service robotics innovation.

Before joining JARA, Fujiwara built a distinguished career in public service with Japan’s Ministry of Economy, Trade and Industry (METI), retiring in 2009 after nearly three decades in leadership roles spanning industrial policy, technology development, economic security, small business support and international trade. His experience also includes leadership roles with the Japan External Trade Organization (JETRO), the National Institute of Advanced Industrial Science and Technology (AIST), the Ministry of Land, Infrastructure, Transport and Tourism, and Tokyo Institute of Technology, where he helped support collaboration among industry, academia and government.

Little has more than 40 years of experience in robotics, automation and manufacturing. In 1989, he co-founded ATI Industrial Automation and helped grow the company from approximately $1 million to more than $100 million in revenue. Under his leadership, ATI became a global leader in robotic tool changers, force/torque sensing and other end-effector technologies that expanded the practical use of robots in manufacturing.

Following Novanta’s acquisition of ATI in 2021, Little served as President of Novanta’s ATI business group and later as Chief of Robotics Strategy. He now supports the robotics industry through his advisory firm, Robert Little Robotics, where he advises companies on business strategy focused on robotics and automation markets. He also serves on the A3 Robotics Technology Strategy Board.

Named after Joseph F. Engelberger, known throughout the world as the father of robotics, the Engelberger Awards have recognized robotics leaders since 1977 for excellence in technology development, application, education, and leadership.

Each winner receives a $5,000 honorarium, commemorative medallion, and plaque. Winners are selected by a panel of industry leaders based on current and past nominations and are voted on by past chairs of A3 and the Robotic Industries Association (RIA).

For more information, visit https://www.automate.org/.

Renishaw to Showcase Robot Efficiency Solutions, Advanced Gaging Systems at Automate 2026

Renishaw will highlight its latest solutions for maximizing robot performance and manufacturing efficiency at Automate 2026, taking place June 22–25 at McCormick Place in Chicago.

At booth #3853 (South Building), Renishaw will present a range of technologies designed to improve robot accuracy, reduce downtime, and enhance process control across automated manufacturing environments.

A key feature of the exhibit will be the U.S. debut of Renishaw’s RCS (Robot Calibration System) demo cell, showcasing live demonstrations of cell recovery and in-field robot calibration. These solutions enable manufacturers to quickly recover from collisions or process interruptions, restore accuracy, and significantly reduce unplanned downtime.

In addition to robot calibration technologies, Renishaw will also exhibit its Equator-X™ dual-method gauging system, demonstrating fast, flexible measurement for high-throughput production environments. The system supports both absolute and comparative gauging, helping manufacturers maintain process control while adapting to changing production demands.

Renishaw will further highlight its portfolio of position and motion control encoders, which play a critical role in robotic performance. These encoders provide precise feedback for robotic joints, enabling accurate positioning, smooth motion control, and repeatable performance across a wide range of applications.

Renishaw encoders are specifically designed to address the unique requirements of robotic systems, including:

• Large robotic joints (shoulders, elbows, hips, knees): AksIM-2™ and AksIM-4™ Dual Concentric encoders deliver true absolute positioning, improved repeatability, and reduced system complexity.
• Space-constrained or misalignment-prone joints: Orbis™ encoders provide high-speed operation with flexible installation options.
• Small, lightweight joints (grippers and dexterous hands): Compact solutions such as RM08 and AksIM-Mini™ offer ultra-small form factors, high accuracy, and true absolute position feedback.

These encoder technologies enable direct, high-precision feedback at every joint, supporting advanced robotic applications—from industrial automation to collaborative robots and dexterous robotic hands. Their compact, non-contact designs and high-speed capabilities make them well-suited for demanding environments where reliability and performance are critical.

“Automate is a key opportunity to demonstrate how Renishaw technologies help manufacturers get more from their robotic systems,” said Dan Skulan, General Manager at Renishaw Inc. “From calibration and recovery to precision measurement and motion control, we’re focused on delivering solutions that improve uptime, accuracy, and overall process confidence.”

Renishaw’s presence at Automate 2026 reinforces its commitment to advancing smart manufacturing through precision, connectivity, and automation-ready technologies.

For more information, visit www.renishaw.com/industrial-automation.

Mitutoyo Expands in Florida with New Lakeland Metrology Service Center

Mitutoyo America Corporation is expanding its presence in the Southeast with the opening of a new 11,200-square-foot Lakeland Metrology Service Center, located at 3150 County Line Road in Lakeland, Florida. Positioned between Tampa and Orlando, the facility is designed to support one of the fastest-growing manufacturing corridors in the region.

The new center reflects the continued investment by Mitutoyo in bringing precision measurement expertise closer to manufacturers. As industries across Florida continue to grow, particularly in aerospace, defense, medical manufacturing, and advanced machining, the demand for reliable metrology services and training has increased. The Lakeland facility aims to meet that demand by providing local access to advanced technologies, technical expertise, and accredited services.

Mitutoyo will mark the opening with a two-day grand opening event on May 6–7, 2026. The celebration will begin with a ribbon cutting ceremony attended by invited local leaders, industry partners, and members of the press. The second day will open to the broader metrology community, welcoming engineers, quality teams, manufacturers, educational institutions, and decision-makers for a full day of engagement and learning.

Attendees of the open house can expect a mix of education, hands-on experience, and networking. Guided facility tours and live demonstrations will showcase advanced measurement technologies in action, while technical seminars will address real-world challenges such as surface finish evaluation, measurement accuracy, and digital data collection with real-time statistical process control.

The event will also feature an interactive “Passport to Precision” program, encouraging visitors to explore six demonstration stations throughout the facility. Participants will have the opportunity to win prizes, including Mitutoyo tool kits and a $1,000 gift certificate. In addition to the technical programming, the open house will offer a relaxed environment with refreshments, BBQ food truck dining, and opportunities to connect with Mitutoyo engineers and application specialists.

Beyond the event, the Lakeland Metrology Service Center is built to serve as a long-term resource for manufacturers across the region. The facility includes a modern technology center for product demonstrations, a large-volume inspection laboratory, and an education center focused on workforce development.

Manufacturers will have access to a range of services, including contract inspection and part programming, metrology training, accredited calibration services, and maintenance and repair. As part of Mitutoyo America and their network of Metrology Service Centers, the Lakeland facility will soon be offering measurement services under their expanded ISO/IEC 17025 scope of accreditation. The Lakeland location represents the 10th U.S. facility for Mitutoyo America Corporation, expanding a growing network of regional service hubs. By establishing a presence in the Florida region, Mitutoyo is strengthening its ability to support customers with localized service, faster response times, and direct access to metrology expertise.

For manufacturers looking to improve quality, reduce risk, and advance their measurement capabilities, the Lakeland Metrology Service Center offers a new point of access to the tools and knowledge needed to compete in today’s demanding production environments.

For more information, visit www.mitutoyo.com.

Additive Manufacturing Users Group Presents DINO Awards to Six Members

The Additive Manufacturing Users Group (AMUG) presented its prestigious DINO (Distinguished INnovator Operator) Award for additive manufacturing expertise and service to six deserving individuals. These new DINOs received their awards at the 37th annual AMUG Conference held March 15-19, 2026, in Reno, Nevada.

AMUG representatives presented the DINO Awards in recognition of tenure in the additive manufacturing industry, years of service, contributions to the industry, and active support of AMUG and its conference.

Bruce LeMaster, DINO Selection Committee Chair and AMUG's Director at Large, said, "DINO Committee members are DINO recipients committed to recognizing other AMUG members who have made significant contributions to the organization and the industry. We evaluate each nominee based on their tenure in the industry, commitment to promoting additive manufacturing, and support for AMUG. Those who are ultimately selected for a DINO Award exemplify a 'giving' attitude that complements their knowledge of additive manufacturing."

The newly named AMUG DINOs are:

• Olga (Dr. O) Ivanova, Mechnano
• Daniel Landgraf, 3D Spark
• Brian Post, Oak Ridge National Laboratory
• Chris Prue, IperionX
• John Thiell, Beehive Industries
• Annie Wang, Senvol

The new DINOs have played varied roles in making AMUG and the AMUG Conference a positive experience for those seeking insights, information, and connections, and in strengthening the AMUG organization as a whole. Although their contributions are many, the selection committee cited the key activities for which the 2026 DINO Awards were presented.

"This year's DINO recipients come from a broad range of industries, government labs, equipment and material OEMs, and additive manufacturing service providers," said LeMaster. "Though their backgrounds are different, they each share a high regard for AMUG and the overall AM industry, and they are willing to share their knowledge with others."

Olga Ivanova, Ph.D., has led an active career in additive manufacturing since her time at the University of Louisville and Virginia Tech. Jason Lopes, DINO Selection Committee Member, noted, "If you've ever been to an AMUG Conference, you've probably met Dr. O and been drawn into deep discussions spanning all things additive." She has been involved in several AMUG committees, and she was a Co-Chair of the Scholarship Committee for the past two years.

Carl Dekker, DINO Selection Committee Member, refers to Danial Landgraf as the consummate professional. "Daniel has served on the AMUG Board and the International Committee. He's never met a stranger and is always happy to talk about additive manufacturing. We look forward to his continued involvement on the board as our new Vice President," Dekker said.

According to Alex Roschli, AMUG Director of Education & Conference, "Brian Post is a huge proponent of additive manufacturing and the AMUG organization. He is always willing to help others with additive projects, answering their questions or referring them to other SMEs [subject matter experts]."

Shannon VanDeren, AMUG President, said that Chris Prue is "the guy who is always willing to help!" He has been volunteering at AMUG Conferences for years and jumps in wherever assistance is needed. Chris meets many people through his work travels and encourages them to attend AMUG Conferences.

John Thiell was President of AMUG in 1996 (then known as 3DSNASUG) and served on the board for four years in that timeframe. Because of a shift in work responsibilities, he was unable to attend AMUG Conferences for many years, but upon his return, he served on several AMUG committees and continued to champion AMUG's fundamental tenet: For Users, By Users.

"Annie Wang is one of those people that you want on your team," according to Kevin Ayers, 2004 DINO Award Recipient. "She always has a smile and is always willing to lend a hand." Annie volunteers at AMUG Conferences and is exceptional at connecting AMUG Members with experienced professionals who can propose solutions.

Receiving a DINO is not the endgame for those who demonstrate the passion and dedication that the DINO Selection Committee seeks. Instead, it is a momentous milestone in the years-long support of the community. AMUG's guiding principle is 'For Users. By Users.' The newly named DINOs and all that came before them put this philosophy into action.

Over its 38-year history, AMUG has awarded only 205 DINOs. LeMaster noted that 59 DINOs were present at AMUG 2026, representing 29 percent of all that have received this recognition. Another demonstration of ongoing commitment is that eight current AMUG Board Members are DINO recipients.

Nominations for 2027 DINO candidates will be accepted beginning October 1, 2026.

For more information, visit www.amug.com. 

Okuma America Corporation Receives Awards for Training Program at Rowan-Cabarrus Community College

Leadership at Okuma America Corporation, a global manufacturer of computer numeric control (CNC) machine tools and automation systems, shared that its Okuma Machine Tool Academy program, in partnership with Rowan-Cabarrus Community College (RCCC), has been recognized with multiple awards.

The American Association of Community Colleges bestowed the company with the 2026 Outstanding College/Corporate Partnership Award, which recognizes collaborative excellence between a business and a U.S. community college. Okuma was also recognized by the North Carolina Community College System with their 2026 Innovative Leadership Award, which honors a business that demonstrates innovative approaches in partnership with North Carolina community colleges.

The partnership between Okuma and RCCC began in 2021 with the establishment of the Okuma Machine Tool Academy (OMTA) at the college's Advanced Technology Center on the North Carolina Research Campus in Kannapolis, N.C. OMTA bridges traditional education and modern manufacturing with high-level technical training through a variety of courses, such as electrical maintenance, mechanical maintenance, programming, and operation on CNC machine tools. OMTA houses several Okuma CNC machine tools for hands-on instruction, including a GENOS M460V-5AX (five-axis vertical machining center), GENOS L3000-e MYW (horizontal lathe), MA-4000H (horizontal machining center), and MULTUS B400II (multitasking lathe).

"We were honored to receive these prestigious awards, and equally honored to have an opportunity to work with the Rowan Cabarrus Community College Team to offer continuing education programs to workforce members within the manufacturing industry," shared Natalie Rogers, Training Program Manager at Okuma. "Partnering with Rowan Cabarrus has enabled Okuma to elevate its classroom and hands-on training programs, allowing attendees to level up their skills, maximize impacts for their businesses, and advance the manufacturing industry. We couldn't be more pleased with the partnership."

Since its founding, more than 800 students have attended an OMTA course. These students represent world-class companies, including SpaceX, Harley Davidson, and more, from all over the United States and the world, positioning North Carolina as a leader in global industrial innovation.

For a list of upcoming courses, please visit https://www.okuma.com/okuma-machine-tool-academy.

For more information, visit Okuma.com or https://www.rccc.edu/.

Google Announces $10M to the Manufacturing Institute to Develop AI Skills for the Manufacturing Workforce

Google announced $10 million to the Manufacturing Institute—the 501(c)3 workforce development and education affiliate of the National Association of Manufacturers. The funding will support the MI in developing AI skills training programs for manufacturing workers and expand employer-led apprenticeship programs via the MI’s Federation for Advanced Manufacturing Education (FAME USA). The initiative is part of Google.org’s AI Opportunity Fund that helps Americans learn AI skills at no cost in collaboration with workforce development and education organizations across the country.

“Google.org wants the manufacturers who build our world to have access to the best technology for the job,” said Google.org Global Head Maggie Johnson. “We’re proud to support the Manufacturing Institute’s efforts with our funding and technological expertise. This initiative will bring hands-on AI skills to the shop floor, helping manufacturing students and workers shape this new era of American innovation.”

“So much of the narrative around AI and the workplace is fear-based. One thing we’ve learned in manufacturing time and again is that as new technologies are introduced, it is essential to ensure our workers build the skills needed to engage. AI is transforming our world, and preparing our workers to engage and deploy these tools will set them and manufacturers up for success,” said MI President Carolyn Lee. “The MI is grateful for Google’s recognition and trust in our ability to carry out this important work.”

The U.S. is facing a significant manufacturing skills gap. By 2033, it’s projected that nearly 1.9 million manufacturing roles could go unfilled if the workforce is not equipped with the necessary technical skills.

Google.org’s funding will enable the MI to develop two new courses for shop floor workers: AI 101 for Manufacturing and Advanced AI for Manufacturing Technicians. The 101 course will contextualize existing AI training from Google specifically for the manufacturing environment, while the AI for Advanced Manufacturing Technicians course will be newly developed by the MI. The funding will help the MI provide Google’s new AI Professional Certificate to current and future manufacturing workers at no cost.

As part of the initiative, the MI will also launch new FAME chapters in at least 15 new regions, while developing and embedding the AI for Advanced Manufacturing Technicians course across all FAME chapters. This will help develop a pipeline of skilled maintenance technicians, ensuring this critical segment of the workforce gains the skills needed to deploy and engage with AI effectively. This best-in-class program is a proven model for training advanced maintenance technicians and building durable talent pipelines for manufacturers today in 46 hubs across the country. To further champion these learners, Google.org is also supporting the mikeroweWORKS Foundation to provide Work Ethic Scholarships to FAME students, a program that will provide financial assistance to eligible participants completing their manufacturing programs.

This builds on Google’s previous commitment to support infrastructure and skilled trades. Google recently announced a similar effort with the electrical training ALLIANCE to train electrical workers throughout the country.

For more information, visit www.themanufacturinginstitute.org or google.org.

InnovMetric Acquires Strategic Partner Duwe-3d

Following 27 years of fruitful collaboration that enabled PolyWorks® to become the universal 3D metrology platform in German-speaking markets, InnovMetric has completed the acquisition of its German business partner Duwe-3d.

This transaction will enable InnovMetric to enrich the expertise of its European division and expand its technical services offering to ensure the success of its users in deploying the PolyWorks digital thread for dimensional inspection. PolyWorks customers and distributors will continue working with their established technical contacts and teams, ensuring continuity while benefiting from expanded European collaboration and resources.

Founded by Dr. Hans-Peter Duwe, Duwe-3d became the master distributor of PolyWorks in Germany, Austria, and Switzerland in 1999, when InnovMetric had fewer than 10 employees. Dr. Duwe would subsequently be at the heart of all PolyWorks developments for nearly three decades. The idea of managing 3D measurement data on a centralized server, which would later give rise to PolyWorks|DataLoopTM, was born in 2011 during a discussion between Dr. Duwe and Marc Soucy, president and co-founder of InnovMetric. Over the years, Dr. Duwe has built a skilled and dedicated team that earned Duwe-3d a strong reputation among German manufacturing companies. Duwe-3d has also developed complementary products for PolyWorks that enable the import of measurement plans, add automation tools, and support digital clamping processes.

InnovMetric and Duwe-3d share many core values, including a strong commitment to providing an exceptional customer experience. In Germany, as elsewhere in the world, PolyWorks’ success is due as much to the technical qualities of the product as to the expertise of the technical teams and the availability of PolyWorks specialists to assist customers and ensure their success.

“The integration of Duwe-3d into the InnovMetric group will lay the foundation for a unified European team that will optimize our efficiency and develop consistent sales and deployment strategies for European manufacturers. This will enable us to better support our customers in their digital transformation, helping them maximize the use of measurement data at all stages of the product lifecycle,” says Marc Soucy.

“Building Duwe-3d has been one of the defining journeys of my professional life. From the beginning, the partnership with InnovMetric was built on shared values, trust, and a common vision of helping manufacturers harness the power of dimensional inspection data. Entrusting Duwe-3d to InnovMetric feels like a natural next step that ensures continuity for our customers and creates strong long-term opportunities for our employees and the PolyWorks community in Europe,” adds Dr. Hans-Peter Duwe.

For more information, visit polyworks.com.

Momentum of Late-2025 Machinery Demand Carries Into the First 2 Months of 2026

New orders of metalworking machinery, measured by the U.S. Manufacturing Technology Orders Report published by AMT – The Association For Manufacturing Technology, totaled $488.9 million in February 2026. The value of manufacturing technology orders increased 10.7% over January 2026 and 27.4% over February 2025. The total value of 2026 orders through February has reached $930.5 million, 26% above the first two months of 2025.

Demand for manufacturing technology entered a period of recovery in the last quarter of 2024 after nearly three consecutive years of decline. However, while order values expanded, the total number of units increased at a far slower pace. This divergence between value and unit trends continues into 2026, with the total number of units ordered roughly flat compared to the first two months of 2025. This bifurcation can generally be attributed to an increased demand for automation, shifting customer industries, and ongoing market distortions from federal policy and geopolitical disorder.

Contract machine shops, the largest customer of manufacturing technology, increased their value of orders by more than a quarter over the first two months of 2025, while the number of units increased by only a modest single-digit percentage. Job shops typically increase orders in response to demand for additional capacity, and the number of units ordered closely correlates with the value of those orders.

Conversely, manufacturers of aerospace equipment tend to have outsized order values compared to the number of units ordered because of the highly specialized operations required in their processes. In the first two months of 2026, aerospace orders were 233% above 2025, and units were 125% higher.

In previous months, as businesses learned to cope with elevated levels of uncertainty and the cost of inaction grew, demand for manufacturing technology increased. This confident investment in the face of fluctuating policy carried into the first two months of 2026. However, with the outbreak of war in Iran in the last few days of February, whether businesses will continue to invest at this elevated rate remains to be seen. On one hand, additional military spending will funnel into an aerospace and defense sector already grappling with capacity constraints, yet further changes to the tariff environment could stall additional investment.

For more information, visit amtonline.org.

InnovMetric Announces Acquisition of Digisens’ Intellectual Property

InnovMetric, a leading provider of 3D metrology solutions for the manufacturing industry, announced it has acquired the intellectual property of French company Digisens. In doing so, the multinational brings on a team of software developers with expertise in computed tomography (CT) data processing.

As additive manufacturing (3D printing) gains momentum and parts become increasingly complex in cutting‑edge sectors such as aerospace and medical, InnovMetric is seizing an opportunity to support its growth by expanding its horizons.

Industrial computed tomography has established itself as a cornerstone of dimensional inspection and quality control. It is, in fact, the only nondestructive method capable of capturing an entire part, including internal structures invisible to the naked eye.

To make the full value of tomographic data accessible to its customers, InnovMetric has integrated Digisens’ developers into its group. They are currently developing an extension module that will enable CT scanner data to be imported directly into PolyWorks®. Through this integration, users will be able to compare a physical part’s internal and external geometry to its CAD model with unmatched accuracy.

Founded in 2002 in Le Bourget‑du‑Lac, France, by François Curnier and Jean‑Dominique Gasquel, Digisens has earned a reputation for excellence in the field of tomography. The company has distinguished itself by developing cutting‑edge solutions such as image reconstruction, voxel‑based visualization, material integrity analysis, and high-precision surface determination. Digisens is also recognized for its expertise in optimizing computational performance through the advanced use of graphics processing units (GPUs).

By acquiring Digisens’ intellectual property and integrating the team into its group, InnovMetric is embarking on a promising new phase in the development of 3D metrology solutions.

“This is excellent news for the industry and for our users,” says Louis-Jérôme Doyon, Vice President of Business Development at InnovMetric. “The synergy between our respective expertise and market positioning is ideal. In response to the growing demand for 3D inspection of complex parts, the addition of Digisens’ specialists strengthens our ability to offer a high‑performance, fully integrated alternative. Their reputation in the field of industrial tomography is well established, and this union will enable us, in the short and medium term, to deliver innovative solutions to users and manufacturers of CT-based measurement devices.”

“We are proud and honored to join InnovMetric, a key reference in the 3D metrology industry,” states François Curnier, co‑founder of Digisens. “This milestone reflects 20 years of innovation and excellence in CT, now serving PolyWorks users,” he concludes.

For more information, visit polyworks.com.