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The non-profit robotics hub welcomed a diverse and dynamic group that includes Haystack Ag, LiftLabs, Mito Robotics, Nexterity, p!ng, ng, Redefine Surgery, ReviMo, Revolute Robotics, Tatum Robotics, and Variable Machines. Mito Robotics : Provides AI-powered robotics for wet lab automation.
ABB Robotics recently launched Ultra Accuracy, a new industry-leading feature for its GoFa cobot family that delivers the highest level of precision available in cobots, enabling over 10 times greater path accuracy vs. other cobots on the market. ” The Ultra Accuracy’s path accuracy of 0.03
Once relegated to rapid prototyping, 3Dprinting technology has now advanced far beyond the design studio. At NPE 2024: The Plastics Show , 3Dprinting and additive manufacturing (AM) suppliers will be highlighted in the Advanced Manufacturing Zone , while AM users will take to the stage for Wednesday’s 3DPrinting Workshop.
Emerging Technologies: Innovations such as AI-driven automation and 3Dprinting transforming production processes. Innovation Acceleration : Technologies like 3Dprinting enable rapid prototyping and design flexibility. Is your organization prepared to leverage 6D printing for next-gen manufacturing? Industry 5.0:
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
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.
Various research points to three major reasons companies do not rush to adopt advanced technologies, such as 3Dprinting or Digital Twin methodologies. For example, NASA is a leader in not only developing technologies but applying nanomaterials, digitalization, and 3Dprinting components.
Manufacturers’ Monthly explores how SQP Engineering has progressed from a sub-contract machine shop to a manufacturing solutions hub with the help of Markforged 3Dprinting systems. Markforged’s 3Dprinted systems were the solution. The wireline counter cover, which took nine hours to print, now takes just 2.5
The design freedom of polymer/composite additive manufacturing (AM) makes it easy to design different front-facing/insert holding (middle left and right) and rear-facing/handle versions (right) of the claw manual end-of-arm tooling (EOAT) that Zero Tolerance LLC has produced for its own and customer molding operations.
Disruptive Technologies Utilizing Cutting-Edge Manufacturing Innovations Unleashing sustainability-driven growth via technologies like additive manufacturing , 3Dprinting , and nanomaterial innovations to produce eco-friendly, versatile, and cost-effective materials that can serve various industries and applications.
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.
Recent developments in 3Dprinting technology and the introduction of composite-based additive manufacturing (CBAM) from Impossible Objects is now being adopted by major defense institutions to print strong, lightweight structures for legacy systems and future product development applications.
Article by David Alatorre, CTO, Rivelin Robotics The use of metal additive manufacturing (AM) has revolutionized the manufacturing industry, allowing for the creation of complex and intricate parts in a faster and more cost-effective manner. Rivelin Robotics, which specialises in metal AM post-processing, already has products that do this.
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. Editor’s note: John Bubnikovich, president of ABB Robotics U.S., offices in Auburn, Mich. Register now.
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.
MakerBot, which has always had a strong presence in the nonprofessional 3Dprinting space, has transformed into the brand name for the joint UltiMaker ’s line of educational products. “In the future, for every three robots you’ll need one 3D printer,” says Michiel Alting von Geusau, CEO.
To highlight its newly launched KMP 600-S diffDrive mobile platform AGV system, KUKA partnered it with a KR IONTEC robot in a cell developed by Mujin for palletizing and depalletizing consumer goods. KUKA will spotlight the Airskin safety technology on two industrial robots. requirements.
The addition of the FX20 to the Digital Forge strengthens our leading position in the additive manufacturing market by enabling the robust production of lightweight, advanced composite parts. Be one of the first to see the new Markforged FX20 and discover unmatched performance when it comes to 3Dprinting: [link].
A radical new type of touch sensor for robotics and other bio-mimicking (bionic) applications is so sensitive it works even without direct contact between the sensor and the objects being detected. Electronic skins have become a crucial element in bionic robots, allowing them to detect and react to external stimuli promptly.
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. 3DPrinting Additive manufacturing is growing exponentially.
.” The ACT hub will fuel innovations such as robotic technologies in the prefabrication of houses, automated modular construction, 3Dprinting of structures and the development of carbon-negative building products.
One field that is of increasing interest to defence is additive manufacturing or 3Dprinting. This technology allows highly customised products to be rapidly developed and printed ‘on demand’, potentially slashing costs, supply chain risks and downtime significantly. CSIRO is a leader in advanced materials development.
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
Services range from CNC and manual machining to robotic welding to 3Dprinting and custom molding. After graduating from New York’s Rochester Institute of Technology in 2012 with a degree in mechanical engineering, he worked as a design engineer for a manufacturer of molds for composite parts.
Advanced Materials and Precision: With the demand for complex parts and components made from advanced materials (like composites, ceramics, and high-strength alloys) increasing, machine tools are evolving to handle these materials with higher precision and efficiency. Digital Solutions: Embracing Industry 4.0
The additive tooling matched identical carbon fiber-reinforced composite tooling in terms of dimensional control, vacuum integrity and true position hole location, while providing improved durability. “Customers ask us for 3D-printed technology for their molds because they know it gives them an edge over their competition.
The project call is also seeking innovative solutions for robotic AM process planning for continuous fiber-reinforced composite structures. America Makes strives to accelerate the development and deployment of innovative, cost-effective, energy-efficient AM and 3Dprinted (3DP) technologies to meet defense and/or commercial needs.
We are investigating plant-based plastic composites and materials that could produce compostable plastics. One notable area of development over the past decade has been additive manufacturing, or 3Dprinting. As 3Dprinting technologies advance, we will continue to see even more intricate and complex designs.
We are investigating plant-based plastic composites and materials that could produce compostable plastics. One notable area of development over the past decade has been additive manufacturing, or 3Dprinting. As 3Dprinting technologies advance, we will continue to see even more intricate and complex designs.
In its 15th year, the show promises to be a must-attend for professionals across sectors including aerospace, automotive, composites and Industry 4.0, with over 400 exhibitors and 9,000 visitors anticipated. Additional support also comes from associations such as GAMBICA, BARA and the Department for Business and Trade.
In its 15th year, the show promises to be a must-attend for professionals across sectors including aerospace, automotive, composites and Industry 4.0, with over 400 exhibitors and 9,000 visitors anticipated. Additional support also comes from associations such as GAMBICA, BARA and the Department for Business and Trade.
New Metal 3DPrinting System Accelerates Mold Insert Production. Mantle highlights its new metal 3D printer, which can reportedly produce precision metal mold inserts from a CAD file in a fraction of the time and cost of conventional manufacturing, without requiring programming. Photo Credit: Addifab, Nexa3D.
The year 2000 marked the beginning of significant advancements in automation and robotics within the CNC machine tool industry. A major trend has been the integration of CNC machines into automated production lines and robotic systems. The introduction of Industry 4.0 Here are some key challenges: • The rise of Industry 4.0,
Photo Credit: DMG MORI SLM 3D Printer Focuses on Complex Geometry Development Developed and manufactured domestically, DMG MORI ’s newly launched Lasertec 30 SLM US 3Dprinting machine focuses on best-in-class cost per part and complex geometries in an 11.8 × 11.8 × 11.8" Photo Credit: Globeius Inc.
The SAEKI team with its on-demand additive manufacturing robot. SAEKI’s origins are in hands-on manufacturing The 3Drobot printer in action. With AI and robotics, were now able to abstract and automate these skills. SAEKI said its robot can print parts for automotive, construction, aerospace, and more industries.
With AI and robotics, were now able to abstract and automate these skills SAEKI was founded by Andrea Perissinotto (CEO), Oliver Harley (CTO) and Dr. Matthias Leschok (COO), during their studies at ETH Zrich. The existing processes demand decades of experience and are incredibly hard to scale. ” To learn more, www.saeki.ch.
Some key developments include: Additive Manufacturing (3DPrinting for Metal) Impact on Efficiency : 3Dprinting of metal parts enables the creation of complex and optimized geometries that were previously difficult or impossible to achieve with traditional cutting methods.
Additive manufacturing (3Dprinting) is also playing a crucial role by enabling the creation of intricate geometries that are difficult with traditional methods, while reducing material waste. Proficiency in operating smart machines and robotics is also crucial, as automation and AI-driven processes become more prevalent.
Automation & Robotics is also getting much popular to understanding the operation and programming of automated systems and collaborative robots. Along with that FMS ( Flexible Manufacturing Systems), 3DPrinting , Micron level precision along with eco-friendly processes are becoming driving agents in coming industry scenarios.
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