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CALGARY — The Opportunity Calgary Investment Fund (OCIF) is investing up to $709,000 over the next three years into the Southern Alberta Institute of Technology’s (SAIT) AerospaceComposite Materials Lab (ACML) to strengthen Calgary’s aerospace sector and diversify the city’s economy.
As the global demand for cleaner, smarter transportation surges, automotive and aerospace manufacturers are racing to innovate and adapt in an increasingly complex and competitive environment. Increasing human-robot collaboration to improve production flexibility and efficiency. Want to dive deeper?
Spanish technology centre Ideko says it is pushing the boundaries of innovation to enhance competitiveness and optimize the aerospace industrys value chain. Its commitment to progress will be on full display at the upcoming edition of the JEC World international trade fair, held in Paris from March 4 to 6.
The automotive and aerospace manufacturing industries are undergoing a profound transformation fueled by the rapid adoption of electric vehicles (EVs), sustainable aviation fuels (SAFs), and smart manufacturing technologies. Companies embracing AI, smart materials, and robotics are gaining a competitive edge. Industry 5.0:
Images: Boeing Aerostructures Australia Australias aerospace industry is evolving through innovation, collaboration, and digital transformation. Established companies including Boeing Australia, with its 98-year presence now work alongside dynamic startups to grow and inspire the next generation of aerospace innovators.
RealMan Robotics offers a variety of mobile manipulators. this week showed off at Automate 2025 its latest lineup of lightweight robotic arms, dual-arm platforms, and self-developed joint modules tailored for industrial automation, precision manufacturing, and human-robot collaboration. A massaging robot at Automate 2025.
In aerospace, motion control components—such as gas springs, actuators, and dampers—are integral to nearly every commercial aircraft, rocket, satellite, and space vehicle. Material selection is particularly important, as components must often meet weight, corrosion resistance, and fatigue criteria unique to aerospace environments. "In
ABB’s new Ultra Accuracy feature opens a wide range of possibilities for the use of cobots in businesses including electronics, automotive, aerospace, and metal fabrication. mm supports accurate production in electronics, automotive, aerospace, and metal fabrication industries. . ” The Ultra Accuracy’s path accuracy of 0.03
The cooperation targets a range of sectors, from automotive and aerospace to energy, racing, and beyond. This collaboration emphasizes the key role of robotized processes as a game changer in enabling the widespread industrial adoption of needs-based advanced manufacturing.
Aerospace automation specialist Loop Technology will take delivery of seven FANUC robots, including four of the largest industrial robots ever ordered in the UK, as part of a new aerospace project looking to solve composites manufacturing challenges.
The nonprofit ARM Institute said it intends to be an honest broker between robotics and manufacturing stakeholders. Source: ARM Institute The Advanced Robotics for Manufacturing, or ARM, Institute today selected six new technology projects for funding. The institute plans to award around $2.9 million across these six projects.
The University of Illinois Urbana-Champaign (UIUC) has added a new additive manufacturing machine by Continuous Composites to its campus in an effort to print large and lightweight structural composites like those used in aerospace structures.
Business: Bio: Hofmann Engineering Hofmann Engineering’s key capabilities are wide-ranging and include gear manufacture, precision and heavy machining, fabrication, design, and site services to support defence and aerospace projects with complete end-to-end solutions.
As the global demand for cleaner, smarter transportation surges, automotive and aerospace manufacturers are racing to innovate and adapt in an increasingly complex and competitive environment. Increasing human-robot collaboration to improve production flexibility and efficiency. Want to dive deeper?
CGTech, the developer of VERICUT verification, simulation and optimisation software, is announcing an exciting reseller agreement with Bristol-based iCOMAT, pioneer of the first-ever defect-free tape-steering process for composite component production. Together, we can push new frontiers in automated composite part manufacturing.”
The future of aerospace and defense research is predicated on advanced material capabilities. The Miller Advanced Research and Solutions (MARS) Center at Hill Air Force Base in Utah just upgraded their current CBAM system and envisions a big opportunity for composite-based additive manufacturing.
Aerospace: Manufacturing high-precision components that require stringent quality standards. This technology is essential for: Advanced Applications: Aerospace and automotive industries often require components with complex shapes that traditional lathes cannot achieve. These parts require rigorous testing and quality assurance.
The Heckert H100 scores points with its new compact machine concept which, among other things, ensures simple automation with extended clamping hydraulics and simplified interfaces to pallet storage systems and robot cells. The new Heckert H100 compact machine is even better than its predecessor, the HEC1000 , in many respects.
Ultra Accuracy enables GoFa robots to address new industrial applications, claims ABB. Source: ABB Robotics ABB Robotics today launched Ultra Accuracy, a new feature for its GoFa collaborative robot line. The company said it enables more than 10 times greater path accuracy compared with other cobots on the market. “As
3D Systems has acquired Titan Additive LLC (Titan Robotics), the Colorado-based designer and fabricator of large-format, industrial 3D printers. Titan Robotics is the only manufacturer offering hybrid tool head configurations that include pellet extrusion, filament extrusion, and a spindle tool head for precision finishing.
feature an ergonomically designed, lightweight composite housing which reduces tool vibration and is thermal-insulated to prevent cold air transmission to the operator. The Dynastraight Series works on a variety of materials including stainless steel, aluminum, carbon steel, copper, brass, plastic, fiberglass, composites, wood and more.
Source: Kane Robotics Kane Robotics Inc. has combined artificial intelligence with visual sensors to enable its collaborative robot to automatically track and grind weld seams with high accuracy and speed. Kane Robotics cited the case of Paul Mueller Co. How is Kane Robotics’ approach different from others?
s (Clarence, NY) Dynastraight® Series of portable air-powered abrasive tools feature an ergonomically designed, lightweight composite housing which reduces tool vibration and is thermal-insulated to prevent cold air transmission to the operator. Dynabrade, Inc.’s Wheel conforms to the contour of the work surface.
The implementation of robotics provides accuracy and precise control for deburring and finishing processes, with products well suited to both small- and medium-sized manufacturers looking to lower production costs. This collaboration opens up new possibilities for advanced automation and precision control in robotic applications.
The collaborations are aimed at numerous sectors, from automotive, naval and aerospace to energy, microfactories, mold & tooling, construction and beyond. Leveraging integrated cold spray systems, advanced software, and featuring Comau robotics, Titomic is bringing about new manufacturing capabilities for aerospace, defence, and beyond.
System integrators (SIs) serve as a valuable link between robot suppliers and automation end-users. At the same time, they offer a direct route-to-market for robot suppliers who may otherwise struggle to penetrate particular niche sectors. FANUC’s robots are known for being simple to install, easy to programme and user-friendly.
In its quest to become a global leader for productivity solutions, WALTER Surface Technologies has recently launched a new service to expand on its automation and robotic solutions for industrial manufacturers. WALTER’s automation consulting services are now available.
By printing high-strength, more accurate, and higher-performance parts, the FX20 can now meet the needs of the most demanding and regulated industries including aerospace, defence, automotive, and oil & gas.
Highlights included more options for printing bigger and smaller, printing electronics and composites, and a couple of open platforms to allow more material development for industry and researchers. Desktop Metal Introduces the All-New S-Max® Flex, a Robotic Additive Manufacturing 2.0
Flat-pack tubes are already widely used in engineering and scientific applications, such as in biomedical devices, aerospace structures, robotics and civil construction, including pop-up buildings as part of disaster recovery efforts. “Our invention is suitable for large-scale use — a panel, weighing just 1.3
Photo Credit: Walter Surface Technologies Walter Surface Technologies has recently launched a new service to expand on its automation and robotic solutions for industrial manufacturers. “Working with Walter has enabled our mutual end users to successfully execute projects thanks to solutions that were not available elsewhere.
This year, the distinguished composites zone, in partnership with Composites UK, attracted high quality visitors and exhibitors proving itself as the go-to place for the UK’s leading composites sector. Here, high quality visitors and exhibitors were actively seeking the latest innovations in composite materials.
AMIC, delivered by Queen’s University in partnership with industry, will provide a specialised environment for advanced manufacturing, materials and engineering sectors to access the latest digital, automation and robotics technology supported by experienced engineers.
Machining, Automation and Beyond Where the company’s previous 3D printers have already been adopted in many applications in the automotive, aerospace, defense and tooling spaces, UltiMaker sees the Factor 4 carrying this technology into more demanding applications. “The new factory floor will be far more flexible.”
Another area rich with opportunity is the development of novel or composite materials which have special structural, electrical, or thermal properties. Our capabilities include extractive metallurgy; metal powder production; metal organic frameworks, composite and hybrid materials; and advanced high-performance polymers.
Easily Determine the Correct Shielding Gas Mixture out of Hundreds of Possibilities Williams noted that when it comes to selecting gases, selecting the correct gas mix and composition can make a difference in factors like weld quality, spatter levels, fusion, fume generation and more.
It’s dull, dirty and debilitating work,” said John Spruce , CEO at Kane Robotics, a Chino, Calif.-based based firm that has developed a range of collaborative robot (or cobot)-based sanding, grinding, and finishing systems designed to free workers from the most repetitive and physically challenging tasks. He said ‘I love this robot.
India’s first aerospace defence establishment, HAL has been extending the aviation frontier to newer heights with each new aircraft. All this has enriched the prosperity of Bangalore and put India on the global aerospace map. Planes like the Harlow Trainer, Glider, Hawk-P36 and Horlow-PC5 were manufactured by Hindustan Aircraft.
GrayMatter Robotics provides artificial intelligence (AI)-driven software designed to enable robots to program themselves to perform surface finishing and surface prep operations for a wide variety of part sizes and shapes. Source: GrayMatter Robotics 1.
The linear robot LRX 150 from KraussMaffei with EOT from ACH Solution allows an inline production with inspections, weight check and separation. These composites parts are manufactured using the FiberForm technology developed by KraussMaffei. The ACH Servoshot 2G stands for precise needle valve regulation. Being showcased is a U.S.-produced
Targeting key West Coast industries that include aerospace, semiconductor and electronics, Mazak will demonstrate the VC-Ez 26, VC-Ez 16X and QT-Ez 8MSY models from the Ez Series. For further increases in productivity and automated unattended operations, the machine seamlessly integrates with bar feeders and robots. kW) and 25.8
Figure 2 shows the design and composition of a typical galvo scan head. Other typical applications include spot welds for a tray of parts, welding small medical devices, and seam sealing of microwave and RF packages for the aerospace industry. They are an ideal solution for extending the traditional motion of X/Y tables or robotics.
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