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Source: Tezmaksan Robot Technologies Production manufacturing demands are increasingly diverse, so adaptability and efficiency are essential, according to Hakan Aydogdu, CEO of Tezmaksan Robot Technologies. This flexibility lets manufacturers meet diverse customer requirements without compromising throughput.
Mitsubishi Electric has launched its MELFA RH-10CRH and RH-20CRH SCARA robots, providing manufacturers with greater flexibility in adopting digitalmanufacturing while addressing skilled workforce shortages. Furthermore, the integrated wiring and air piping within the robot arm reduce wiring complexity and simplify setup.
Siemens is adding Teradyne robots to its visitor experience at MxD, which also hosts the EY digital operations hub. Source: EY Teradyne Robotics today announced that it is developing a robotics showcase at the MxD (Manufacturing x Digital) innovation center in Chicago with Siemens AG. based Teradyne Inc.
The history of industrial robots is closely tied to George Devol, whose magnetic recording technology of the 1930s emphasized the need for factory automation. The term automata refers to devices that operate like a human, whereas robot presents a general meaning. George Devol is well known for his work in industrial robotics.
In an era where adaptability and efficiency are paramount, industries are embracing smart manufacturing technologies to build more resilient, agile, and sustainable operations. By specializing in 3D printing, robotic automation, and advanced analytics, they are helping manufacturers embrace Industry 4.0
On day 2, October 18, of the Fall 2022 session of CFE Media’s Virtual Training Week, Ted Rozier, director of engineering at the Mason, OH-based Festo Didactic Solution Center, North America, will present on the topic of “ How to unleash the power of Smart Manufacturing while ensuring automation and robotic safety. ”. technology trends.
Trends include opportunities such as the increase in electric vehicles and how it will change the mix and volumes in automotivemanufacturing, where more motors and better batteries will be required, as examples. Areas of collaboration include automation, robotics and digitalization of processes. Implemented.”
To assist Australian manufacturers transition to high-value and locally competitive manufacturing, IMCRC set up four multidisciplinary research programs, the fundamentals of which have remained the same throughout the CRC’s tenure. UAP is embracing robotics, transitioning from a traditional workshop environment. Industry 4.0
Smith+Nephew First with Revision Knee on Robotics Platform : Smith+Nephew announced the first cases for revision knee replacement utilizing its CORI◊ Surgical System. Dr. Thorsten Seyler of Duke University performed the first cases on August 17, 2022, combining Smith+Nephew’s handheld robotics technology with its LEGION◊ Revision Knee System.
With SLM becoming part of Nikon’s digitalmanufacturing strategy, SLM management is convinced this transaction will further enhance SLM’s ability to stay at the forefront of metal Additive Manufacturing and enhance its leadership position in delivering superior products and solutions to its customers.
However, it can be deconstructed into two main themes: safe human-robot interaction (HRI) to achieve higher productivity and an increased level of autonomous mobility for material and goods transportation. Robots can pose a variety of hazards to workers. These themes are ultimately enabled by modern sensor technologies.
Smart manufacturing is likely to give a new outlook as technologies such as AI, big data analytics, and human-machine interface are expected to give it an edge. There could be a greater emphasis on robotics and advanced automation on shop floors. Auto modelling and simulation may be executed through digital technology.
Dental laboratories are realizing a more than 50% boost in production efficiencies as the Oqton AI capability optimizes all critical additive manufacturing elements into a single workflow in the production environment. Global manufacturers use Oqton software to automate robotic welding to increase productivity. 3dsystems.com.
According to the company, complex parts, especially for medical, aerospace and automotive industries, typically have intricate details that are “difficult to fill,” largely resulting from said trapped gas getting in the way inside the mold cavity. Photo Credit: Mastip. YCM Technology USA Inc. " x 20.1" " x 23.6"
3D printing is a digitalmanufacturing technology, meaning that a large part of the production process is managed online. For this system, the plan is to use a conveyor bay and robot(s) to move the parts between the various process steps. However, finishing the printed components still has some manual process steps.
1,100 exhibitors from 23 countries take centre stage at Bangalore International Exhibition Centre (BIEC), Bengaluru Bengaluru, 23 January 2025: Indian Machine Tool Manufacturers Association (IMTMA) formally inaugurated its flagship IMTEX, Tooltech & DigitalManufacturing 2025, on 23 January 2025 at BIEC, Bengaluru.
The SAEKI team with its on-demand additive manufacturingrobot. Source: SAEKI Global supply chains are under increasing pressure, and manufacturing costs continue to rise. SAEKI, a manufacturing automation business, announced a $6.7M funding round to tackle these challenges with its digitalmanufacturing approach.
Among the most significant is the demand for lightweight materials, particularly in industries like aerospace, automotive, and renewable energy. Automation and Digitalization: Incorporating automation, robotics, and CNC systems with enhanced programmability to handle complex and highly customized operations efficiently.
Industries like aerospace, automotive, and construction face long lead times and high costs for large-format components, relying heavily on fragmented supply chains and labor-intensive processes. Today, manufacturing automation business SAEKI announced a $6.7M
Proficiency in operating smart machines and robotics is also crucial, as automation and AI-driven processes become more prevalent. Additionally, knowledge of additive manufacturing and digital twin technologies is essential for understanding virtual modeling and simulation. Industry 4.0
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