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America Quartz Technology (AQT) specializes in the manufacturing and processing of formed quartz products for the electronics and semiconductor industries at its plant in Hue, Vietnam. To solve these challenges, AQT decided it needed robots that would avoid labor shortages, reduce risk and improve productivity.
The Optimization system generates motion plans and avoids collisions in multi-robot workcells. Source: Realtime Robotics While conventional manufacturing involves robots working along a well-defined production line, software can enable multiple robots to work together more closely without collision for more complex and flexible processes.
MMG (formerly named NSA Industries) is a leading manufacturer partner to OEMs and product manufacturers, offering a full suite of in-house metal manufacturing and value-added capabilities across a range of markets including semiconductors, medical, robotics, aerospace and defense. “Previously, it was taking us 12.5
Applied Manufacturing Technologies (AMT) worked with Gojo Industries to create robotic cells: a de-tray and layer forming system. Designing the de-tray and layer formingrobotic cells allowed several the engineering team to solve robot speed issues and meet cycletime requirements. Project summary.
the evolving role of automation in the manufacturing industry was on full display with new or upgraded cobots, industrial robots and autonomous systems, such as AMRs. It was hard to miss cobots or robots, whether they were part of a bending system or welding cell, or as part of a material handling system, among other processes.
Key Features and Process Highlights The TR-1000 Custom Vertical Blast System introduces several industry-first features designed to optimize efficiency and precision: Dual-Sided Blasting: Equipped with 18 oscillating blast guns, the TR-1000 blasts both sides of metal sheets simultaneously, significantly reducing cycletime and minimizing warping.
today announced that it is developing a “unique, small-form-factor material handling system.” ” It said its latest robot will be able to lift, load, unload, and transport palletized 463L tactical cargo across various operating environments and terrains. Source: Stratom Stratom Inc. The Louisville, Colo. Marine Corps.
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.
At the heart of this transformation is ultra-precision machining, powered by advanced CNC systems, robotic automation, and artificial intelligence. AI and machine learning increasingly play a crucial role in optimizing processes, providing real-time deviation prediction and correction. Also, the DMU 60 eVo 2. Mazak Corp.
LVD Company nv launches Easy-Cell 80/25, the latest in its line of robotic bending cells for automated bending. The robotic bending cell incorporates LVD’s advanced software for fast, simple offline programming of both press brake and robot. The cell features multiple robot grippers that can be easily changed to suit the job.
The company also has a robust machine shop, where it has experimented with numerous forms of automation to meet customer demand. This Haas ST-25Y cell is attended by a FANUC robot arm. Photo Credit: Cinemanix One cell, however, eschews the bar feeder in favor of a robot arm from FANUC. inch spindle and sub-spindle.
Also, as fabrication shops expand their business capabilities, demand for higher output increases, so integrating advanced CNC machining centers with robotic welding and automated material handling systems are excellent options for the most efficient operations.
Thoughts of factory automation usually bring to mind robot (or these days, cobot) arms tending machine tools. Many of the machines featured at its newly renovated headquarters and its Partners in THINC facility had some form of automation.
Leveraging advanced robotics and flexible controls technology, RoboTape is able to deliver a fast, flexible and scalable tape dispensing solution suitable for everything from B2B industrial applications to large CPG companies. The next step up is the RoboTape standard cell with an enclosed industrial robot for high production throughput.
Traditional gearmaking requires multiple processes, and combining them into one platform can improve cycletimes and part quality. Automation was present in other forms as well. JTEKT was also featuring its RL7, an “out-of-the-box” engineered machine tending system with a full industrial robot arm.
Ben Reed, CMO at Sanctuary AI (at the time of writing this article; Reed has since quit Sanctuary AI), which is on a mission to create general-purpose robots with human-like intelligence, highlighted the limitations of current technologies. Switzerland-based Mimic has developed an AI-driven collaborative robotic hand.
Servo spot guns integrated with the robot controller for easier programming, enabling robot uptime to be increased, along with other benefits. Under constant pressure to increase production throughput without compromising quality, manufacturers continue to implement robotic automation.
Hurco and Kawasaki have collaborated to on robotic machine tending with the CL Series. Source: Kawasaki Robotics Kawasaki Robotics (USA) Inc. today said it will demonstrate the latest additions to its portfolio, including the CL Series collaborative robots, at IMTS next week. The Wixom, Mich.-based and Germany.”
Highly Precise Bolt-picking Robot Cell for Automotive Assembly KUKA Robotics’ (Shelby Township, MI) KR AGILUS is a compact, 6-axis robot designed for particularly high working speeds that reduce cycletimes and increase production quality. The company received Universal Robots (UR)+ partner certification last year.
This collaboration, featuring the implementation of SCARA robots and the AX-8 PC-Based Motion Controller, has enhanced ATS’ operational efficiency and demonstrated Delta’s unique market position. Delta introduced its SCARA robot solution, which ATS, already familiar with Delta’s extensive product range, was eager to test.
I expected my first experience at Automate, held May 6-9 at Chicago’s McCormick Place, to include an array of robots (arms, dogs, humanoids, AGVs and so on) performing all manner of complex tasks. And while I did see a lot of cool and interesting demonstrations (scroll down to the last section to watch robots making cocktails!),
kg, incorporates an integral controller with ethernet communication, allowing for seamless integration to both portal CMM frames or 6-axis industrial robots, including 7-axis rail mounted configurations. Dynamic 9D LADAR’s compact design, weighing just 10.4 www.apimetrology.com. High-speed Integrated 2D and 3D Measurement System.
is their tooling, where the carbon fibre moulds are placed and heated before the resin is injected to form a wheel. Compared to the first wheels, which were made by hand with long cyclingtimes, the production process has become highly automated, Denmead said. One of the areas Carbon Revolution applied Industry 4.0
Prima Powers range of technologies is one of the widest in the industry: 2D and 3D laser machines for cutting, welding and drilling, punching machines, combined punch-laser and punch-shear systems, press brakes, panel benders, robotic bending cells and flexible manufacturing systems.
Source: Invent Automation Automotive manufacturing has long benefited from the thoughtful deployment of robotics and automation, and for good reason. However, layout constraints on the shop floor made traditional forms of automation difficult, leading to the creation of a compact and flexible system. The CapSen PiC 2.0
” Breaking Through Utilization Ceilings That “action” can take many forms but usually requires examining data from Datanomix in further detail. As a result, EPTAM Precision Plastics has continued to expand a robotic automation initiative it began in 2019 to increase the uptime of its machines.
Technologically-advanced twin-shot automotive single wire seals The main Sumitomo (SHI) Demag stand (Hall B1, Stand 1105) features a fully electric IntElect 180/570-250 injection moulding machine equipped with an LSR package comprising a twin dosing system, robotics, and vacuum and venting peripheral equipment.
A low-torsion, powder-coated steel profile frame forms the basis of the Beck Medical IML. The robot’s intervention times of 1.0 – 1.4s (signal to signal) thus have no or only minimal influence on the cycletime. BECK is specialized in “In-mould Labeling” and high dynamic removal robots.
Porosity, cavity-type discontinuities formed by gas entrapment during solidification 1 , is a common but cumbersome defect in MIG welding and one with several causes. It can appear in semi-automatic or robotic applications and requires removal and rework in both cases — leading to downtime and increased costs. WELDING TIPS.
Daily Industrial Automation News and Tips: Today we're covering news about IPCs, Robot Trends, High Speed Systems, Tunnel Tech, PanelView, Redundancy, Industrial Networks, ViewSE and more in our Automation This Morning blog for Monday, February 27, 2023. The first one here includes their prediction of the top three robot trends of 2023.
www.tabwrapper.com Fight Labor Shortages with Fast and Flexible Cobot Deployments Rapid Robotics has partnered with Universal Robots to deploy more cobots. Rapid Robotics will also have greater flexibility in the design of work cells and selection of peripheral equipment.
As replacement for such, sometimes, physically exhausting and monotonous tasks the automation of the work piece handling function by industrial robots is rapidly gaining in importance. A standard industrial robot handles the work pieces by placing them into the blast chamber and removing them after completion of the blast cycle.
While automation provides numerous benefits to the shop floor, there is at least one drawback that Frank Desrosiers picked up on quickly as his injection molding operation implemented more robotics. It was 2015 when Windmill began implementing more automation, working with Quebecois integrator CFM Robotics.
Collaborative Robot Arc Welding Package ABB’s (Auburn Hills, MI) GoFa Collaborative Robot Arc Welding Package is a breakthrough solution that simplifies creating and executing welding sequences, empowering first-timerobot users to create high-quality welds without the need for in-depth knowledge of robot programming.
To make sure that this also works perfectly in unmanned operation and in cooperation with robot solutions, FormControl X offers an integrated approach with its alignment function. FormControl X also prepares the recorded data in graphic form. This also makes reliable automated machining of parts with small allowances possible.
This automation group formed the base for what is now Sodecia GTAC, an automation division under the Sodecia umbrella. Sodecia adopted many of the automation group’s time-saving innovations into its own global standards, across the company’s nearly 40 manufacturing facilities around the world.
Leveraging the company’s four core technologies, NSK linear guides offer the speed and rigidity necessary to meet demanding cycletime and accuracy requirements in machining operations. Among the focus products on Booth C42 in Hall 7 at EMO Hannover 2023 (18-23 September) will be NSK’s latest linear guides.
APG’s sister company utilizes the 3D printed chuck jaws in a turning process on a DMG MORI lathe tended by a FANUC robot. Bound metal deposition applies polymer filament carrying metal powder to build up green metal forms, similar to any desktop fused filament fabrication (FFF) printer printing in polymer.
Combining these innovative machines with automation, be it robots, pallets and other components that support unattended manufacturing, brings flexibility and increased productivity to your shop. While high-speed machining has been around for quite some time, only recently have more manufacturers embraced the technology.
Furthermore, trade visitors can also inform themselves about the following removal processes, like the BECK Take-out, which enter the injection moulding machine from the side and achieve cycletimes of less than 2 seconds. The finished product stacks are placed horizontally into the boxes by means of special grippers.
Not only did 3D printing a manual EOAT greatly reduce cost versus using a robot, but it increased operator safety and shortened the effective molding cycletime versus loading inserts by hand into the hot mold cavity (left showing operator using the claw to rapidly load inserts).
Those states are converted to 0 and 1, which form the basis of binary code that underpins almost all computer hardware and software. This leads to a more probabilistic form of computing, capable of performing calculations many times faster than even the fastest of today’s supercomputers.
Leveraging the company’s four core technologies, NSK linear guides offer the speed and rigidity necessary to meet demanding cycletime and accuracy requirements in machining operations. Among the focus products on Booth C42 in Hall 7 at EMO Hannover 2023 (18-23 September) will be NSK’s latest linear guides.
That includes combinations of such products as a machine washdown tool, Zero Point System (ZPS), a range of pneumatic and hydraulic devices, and a new spindle gripper for first level automation without a robot. The core of EZ-Tend’s simplicity lies in its use of a proven lean manufacturing technique: pallet changing.
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