Vectis Automation LLC
"Cobot Welding & Plasma Cutting Tools"
US cobot welding & plasma cutting pioneer founded 2019; 800+ systems deployed, powered by Universal Robots arms; $95k–$140k all-in pricing.
Vectis Automation LLC is a Loveland, Colorado-based company founded in early 2019 to make collaborative robot (cobot) welding and plasma cutting accessible to small and medium fabrication shops. The company pioneered the cobot welding market and has grown to become the North American market leader with more than 800 systems deployed in the field. Products are built on Universal Robots UR10e arms, combining Vectis-developed software with industry-standard welding hardware.
The flagship Cobot Welding Tool handles light-to-medium duty carbon steel and stainless steel welding typically using 0.035-inch wire. A Heavy Duty configuration accommodates larger wire sizes (0.035–1/16 inch) for high-duty-cycle thick-plate applications. The Plasma Cutting Tool extends the platform to angle iron, C-channel, L-beams, and thin sheet cutting.
Deployment packages are offered in Aero, Hydro, Synchro, and Talon configurations. Ultra-portable skid-mounted versions feature heavy-duty casters for rapid repositioning on the shop floor. Proprietary ArcPilot technology continuously monitors arc electrical characteristics and adjusts the programmed weld path to stay centered in symmetric joints.
QuickTeach enables operators to program weld paths directly at the cobot wrist without a laptop. Systems are priced at $95,000–$140,000 all-in, including plug-and-produce integration, shipping, a two-year warranty, a lifetime software license, and a 30-day return policy. The company's engineering team collectively holds more than 200 years of welding automation experience.
Contact is handled through [email protected] and phone +1 (970) 852-5200. Vectis Automation is headquartered at 4151 Saint Cloud Dr, Loveland, Colorado 80538.
Primary type & automation activities this supplier delivers:
Cobot Welding Tool
- Model: Vectis Cobot Welding Tool (UR10e-based)
- Launch Year: 2019
Plug-and-produce cobot welding system on Universal Robots UR10e arm for light/medium-duty steel and stainless welding.
Heavy Duty Cobot Welding Tool
High-duty-cycle cobot welding configuration for thick carbon steel and stainless steel with larger wire sizes.
Plasma Cutting Tool
Cobot-mounted plasma cutting tool for angle iron, C-channel, L-beams, and thin sheet cutting applications.
Contact Vectis Automation LLC
WEBSITE
https://vectisautomation.comPHONE
+1 970-852-5200HEADQUARTERS
United States
Company Facts
Founded
2019
Primary Role
Manufacturer
Company Size
-
Primary Region
North America
Annual Sales
-
Funding Stage
-
Funding Total
-
WRC 2026 Opening Ceremony Features Innovative Human-Robotic Handshake
On August 19, the World Robot Conference 2026 commenced at the Beiren Yichuang International Exhibition Center, showcasing a unique opening ceremony. Unlike previous years, the event featured a handshake between 11 bionic dexterous hands and guests, marking a significant technological advancement in human-robot interaction. This handshake utilized the X-Hand M1, developed by Yuequan Bionics, which incorporates 472 tactile sensors for precise grip feedback and control. The event highlighted the importance of developing robotic hands that can transition from mere demonstrations to practical applications, addressing a critical challenge in embodied intelligence. Attendees also witnessed the debut of the Y-Hand M2, which showcased high flexibility through a shadow performance in collaboration with Tsinghua University. The conference emphasized the integration of advanced technologies, including artificial muscles and innovative robotic designs, indicating a shift towards more functional and versatile robotic systems. No further timeline was disclosed at the time of publication.
Bionic Robotics Robotic Hands AI Technology Human-Robot Interaction
Impossible Metals' Eureka II Autonomous Robot Successfully Recovers from Ocean Without Human Help
Impossible Metals has demonstrated its Eureka II autonomous underwater vehicle's ability to autonomously locate and recover itself from the ocean. This significant achievement occurred during an offshore test in Halifax, Nova Scotia, showcasing the robot's advanced capabilities without human intervention. The importance of this technology lies in its potential to simplify underwater operations for commercial use. According to Jason Gilham, Impossible Metals' chief technology officer, reliable autonomous recovery is crucial for scaling subsea platforms in real ocean conditions, as traditional recovery methods can be challenging and labor-intensive. Looking ahead, the Eureka II's successful demonstration highlights the growing interest in autonomous underwater vehicles amid rising demand for critical minerals and ocean data. No further timeline was disclosed at the time of publication.
AI and Robotics
NVIDIA Launches Jetson Orin Nano 2, Enhancing Edge AI for Robotics with Improved Performance
NVIDIA Corp has unveiled the Jetson Orin Nano 2, an entry-level computer designed for edge AI applications. This new system offers doubled inference performance compared to its predecessor while consuming 40% less power in 15-watt mode. With 78 trillion operations per second of AI compute and 8GB of memory, it is tailored for real-time reasoning in smart drones, robots, and vision AI systems. The introduction of the Jetson Orin Nano 2 is significant as it allows developers to leverage advanced AI models that were previously limited to larger systems. According to Deepu Talla, NVIDIA's vice president of robotics and edge AI, the new model brings frontier-level accuracy to entry-level products, enhancing the capabilities of physical AI applications. This development is expected to accelerate the integration of AI into various autonomous devices. Looking ahead, NVIDIA's Jetson Orin Nano 2 is positioned as a key component in the company's comprehensive robotics strategy, which includes simulation and training solutions. The existing software stack is compatible with the new model, enabling developers to utilize large language models and vision language models optimized for edge inference. No further timeline was disclosed at the time of publication.
Artificial Intelligence Artificial Intelligence / Cognition Development Tools / SDKs / Libraries Microprocessors / SoC Microprocessors / SoCs News
Researchers Develop BeanBot: A Motorless Robot Inspired by Jumping Beans
Researchers at the Italian Institute of Technology have created BeanBot, a unique robot that mimics the unpredictable movements of Mexican jumping beans. This innovative device operates without motors, batteries, or electronics, relying solely on its interaction with various surfaces to hop, roll, flip, and slide in unexpected ways. The significance of BeanBot lies in its demonstration of a new movement paradigm driven by simple physical interactions. This approach offers valuable insights into how robots can navigate complex environments without traditional control systems, potentially revolutionizing the design of future robotic devices. Looking ahead, the researchers aim to enhance BeanBot's capabilities by improving the materials used, which currently require high temperatures for activation. No further timeline was disclosed at the time of publication.
AI and Robotics
AIST and Forcesteed Robotics Collaborate on Safety of Indoor Delivery Robots with Physical AI
The National Institute of Advanced Industrial Science and Technology (AIST) and Forcesteed Robotics have conducted joint research on the safety of indoor delivery robots equipped with Physical AI, focusing on risk assessment and mitigation strategies. The findings will be presented in a paper titled "Risk Extraction and Mitigation Strategies for Indoor Delivery Robots with Physical AI Using Generative AI" at the Robotics Society of Japan on September 3, 2026. This research is significant as it addresses the increasing reliance on Physical AI in environments where humans and robots coexist, such as restaurants and commercial facilities. The study emphasizes the importance of accurately recognizing surroundings and making timely decisions to ensure safety, particularly in dynamic settings where human movement and object placement are constantly changing. Looking ahead, AIST and Forcesteed Robotics plan to further investigate recovery times during anomalies, human behavior prediction, and the reliability of recognition results based on insights gained from this research. The focus on ensuring the safe operation of robots equipped with Generative AI in real service environments will be a key area of interest in future presentations.
Quantum-Systems Inc. Launches Engineering Office in Huntsville, Alabama
Quantum-Systems Inc. has inaugurated a 3,200-square-foot engineering and R&D office in Huntsville, Alabama, on August 24, 2026. This strategic location in Upland Park, adjacent to Cummings Research Park, aims to enhance collaboration with U.S. defense customers and partners, positioning the company closer to key stakeholders in the defense sector. The establishment of this office is significant as it aligns with Quantum-Systems' mission to develop unmanned systems for tactical intelligence, surveillance, reconnaissance, and target acquisition. Huntsville, known as 'Rocket City' for its aerospace heritage, is home to various Army program offices and defense technology firms, making it an ideal hub for innovation in defense and aerospace. Looking ahead, the Huntsville office will support engineering growth and customer collaboration while advancing the development of next-generation unmanned intelligence capabilities. No further timeline was disclosed at the time of publication.
Business and Finance Drone News Drone News Feeds News Aerospace Innovation Alabama drone company
Auriga Space Completes First Field Test of Hermes Electromagnetic Launcher Against Drones
On August 25, Auriga Space announced the successful completion of the first field test of Hermes, an electromagnetic launcher designed to target drones. The test took place in the Mojave Desert, where Hermes demonstrated its capability to launch projectiles at speeds exceeding Mach 1 without chemical propellants, showcasing its potential for rapid deployment in remote areas. This development is significant as it addresses the growing challenge of low-cost drones that require expensive interceptors for defense. By utilizing electricity for propulsion, Hermes reduces the need for frequent ammunition resupply, potentially lowering operational costs and enhancing the efficiency of air defense systems. Looking ahead, Auriga plans a second field test in fall 2026 to further refine Hermes for harsher environments and improve its operational capabilities. The company aims to position Hermes as a counter-UAS solution for military clients, emphasizing its logistical advantages and reusability in air defense operations.
Military
Intel Report Highlights Robotics Readiness Gap Amid Evolving Industry Expectations
Intel's report reveals a significant gap in robotics readiness among organizations, as highlighted by John Healy, Intel's VP of industrial and robotics. While companies are moving towards integrating robotics into daily operations, many are still relying on outdated systems and lack the necessary training to manage intelligent robots effectively. The transition from fixed tasks to intelligent interaction is reshaping the robotics landscape, but it also uncovers a stark reality: 26% of manufacturing leaders are unprepared to manage robots by 2030. This gap is more pronounced in sectors like smart cities and defense, which face a 48% preparedness gap. As robotics deployment accelerates, organizations must address challenges related to workforce training, safety, and operational scaling. Companies that successfully navigate these issues will be better positioned to implement robotics effectively, moving beyond pilot programs to full integration into their operations. No further timeline was disclosed at the time of publication.
Humanoid Robot Sector Anticipates Breakthrough Similar to ChatGPT
Recent events in China highlighted advancements in the humanoid robot industry, yet significant challenges remain. The robotics sector is on the cusp of a transformative moment, akin to the impact of ChatGPT in AI. Industry leaders are closely monitoring developments to gauge the potential for rapid growth and innovation. The progress observed in China is crucial as it underscores the ongoing efforts to enhance humanoid robotics capabilities. However, the industry still faces hurdles that could impede widespread adoption and integration into various sectors. The need for improved technology and investment remains a priority for stakeholders. Looking ahead, industry experts will be watching for key innovations and breakthroughs that could signal a turning point for humanoid robots. No further timeline was disclosed at the time of publication.
NEC's Corporate Venture Fund Invests in US Robotics Startup Dexmate
NEC Corporation's venture capital fund has made an investment in US-based robotics startup Dexmate, known for its VEGA humanoid robot and integrated physical AI development platform. This investment, facilitated through the NEC Orchestrating Future Fund, aims to explore the deployment of physical AI technologies across various industries. The significance of this investment lies in the growing interest of technology companies in physical AI systems that can interact with real-world environments. Dexmate's approach addresses challenges in deploying physical AI by integrating sensors, control systems, and training data, thereby simplifying the development and operation of AI-powered robots. Looking ahead, NEC plans to leverage Dexmate's technology alongside its own AI capabilities to explore potential applications across multiple sectors. No further timeline was disclosed at the time of publication.
Financials & Investments Humanoids News artificial intelligence dexmate humanoid robotics
