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At CAT Technologies, innovation doesn’t just happen in the design room. It happens on the plant floor, side by side with our customers. Every new project pushes us to engineer smarter, cleaner, and more reliable systems. From robotic integration to vacuum design, our focus is on solving real problems such as controlling weld debris, reducing downtime, and improving air quality in demanding industrial environments. Our latest vacuum system update allows full operation in both Robot and Process modes without relying on a VFD. This results in simpler maintenance, continuous operation, and improved performance for the tools inside the cell. Behind every advancement is a team that believes in hands-on engineering and continuous improvement. We don’t just build systems; we build solutions that last. #Automation #EngineeringInnovation #VacuumSystems #ManufacturingExcellence #IndustrialAutomation

Engineers from maxon UK & Ireland will provide design guidance on precision drive systems at this year’s Machine Building Live, taking place at the National Agricultural Exhibition Centre, Stoneleigh Park. Read more here: https://lnkd.in/eYnN4PaV #MachineBuildingLive #EngineeringInnovation #PrecisionDriveSystems

Leading U.S. Manufacturer Selects Lanco for Precision Automation Solution Westbrook, Maine – [September, 2025] – Lanco, a global leader in precision engineering automation and testing solutions, is proud to announce a significant new contract with a prominent American manufacturing company with a globally recognized brand in the house-hold goods sector, to design and deliver an innovative automated assembly line for a new product. This system will streamline complex assembly processes, improve product quality, and enhance production efficiency through high-precision robotics and smart automation technologies. The fully integrated solution will automate multiple key processes. By combining advanced robotics, vision systems, precision measurement, and flexible material handling, the system ensures consistent assembly performance while reducing manual labor requirements and minimizing errors. “This project highlights our ability to take on the most demanding automation challenges and deliver turnkey solutions that improve throughput, quality, and reliability,” said Barry Rahimian, Global VP of Lanco. “We are honored to partner with such a respected U.S. manufacturer to support their new product line and strengthen their competitive position in the marketplace.” With this contract, Lanco Integrated continues to expand its role as a trusted automation partner for leading manufacturers worldwide, providing innovative, scalable, and reliable assembly systems tailored to each customer’s unique needs.   For media inquiries or further information, please contact: info@lanco.net #Lanco #PressRelease #PrecisionAutomation https://lnkd.in/eb3wjuVR

🌿 Sustainability and Performance: The Future of Automotive Engineering 🚗⚙️ The push for sustainability in the automotive industry has never been stronger. But one question often arises—does going green mean giving up performance? At SunMan Engineering, Inc., we believe it doesn’t have to. With the right engineering approach, vehicles can be both powerful and environmentally responsible. Here’s how we make that possible: ✅ Smarter Materials – Using lightweight alloys and composites to reduce weight and boost efficiency without compromising strength. ✅ Efficient Powertrains – Designing and optimizing electric and hybrid systems that deliver torque, acceleration, and reduced emissions. ✅ Aerodynamic Design – Fine-tuning vehicle shapes through simulation and prototyping to minimize drag and maximize range. ✅ Sustainable Manufacturing – Implementing DFM strategies that cut waste, reduce costs, and promote greener production. ✅ Lifecycle Thinking – Designing vehicles with recyclable and modular components for long-term sustainability. At SunMan Engineering, we’re helping automotive innovators integrate sustainable practices without sacrificing performance, safety, or efficiency. Let’s build the next generation of vehicles—where innovation meets responsibility. #Sustainability #AutomotiveEngineering #CleanTech #EVDesign #EngineeringInnovation #ProductDevelopment #SunManEngineering

Sometimes, we invite our customers to "Dream with us". At AMS-Automation, innovation begins with imagination. We use decades of engineering experience to transform ideas into real-world solutions — solutions that make production faster, smarter, and more reliable. On the surface, this video clip may look like a simple process — payout, feed, and cut. But behind that simplicity lies precision engineering. This system incorporates tight mechanical and programming controls that eliminate specified changing variables and allow users to create process recipes for individual part numbers. In this project, our client needed a process that would elevate production goals while maintaining precise control over constantly shifting variables. Working within tight budget limits, our team moved quickly to identify those challenges and design a robust, adaptable system that delivered measurable results. At AMS-Automation, we don’t just build equipment — we bring imagination to life.

This is what innovation looks like in the real world. We took a 50-year-old piece of industry-standard equipment, known for its difficult-to-service hydraulics, and reimagined it from the ground up. The result? A smooth, reliable, and modern system powered by servos and timing belts. The initial feedback has been incredible, and what started as a skeptical conversation is now the talk of the town. Thrilled to finally share a video of it running flawlessly. #FutureOfManufacturing #Engineering #Servo #Automation #IndustrialDesign #AhronEngineering

Our engineering team has successfully developed a high-performance axial flux motor that addresses a critical challenge in electric vehicle design: achieving higher power density while dramatically reducing rare earth material usage. Key Performance Specifications: ⚡ Peak power: 232 kW @ 800 V 🌀 Peak torque: 325 Nm 📏 Total axial length: 99 mm (including housing) 💪 Gravimetric power density: >9.5 kW/kg | Volumetric power density: >30 kW/l (including housing) 🌿 Total magnet mass: <1 kg | Heavy rare earth content: <0.5% of total magnet mass This compact, modular motor is designed for scalable production and integration into B & C segment vehicles—delivering a powerful and sustainable drivetrain solution for OEMs. 𝗔𝗯𝗼𝘂𝘁 𝗧𝗵𝗶𝘀 𝗪𝗼𝗿𝗸: This achievement is part of the EM-TECH project, a 36-month European Commission-funded initiative under the Towards Zero Emission Road Transport - 2Zero partnership. As a key partner alongside 10 organizations across 6 countries, TRAXIAL is contributing specialized expertise in axial flux motor technology to advance Europe's leadership in sustainable transportation. 🚀This milestone demonstrates that high power density and sustainability aren't mutually exclusive—they're the foundation of Europe's transition to greener mobility solutions.

From heavy-duty vehicle structures to complex automation systems, every sector demands one thing in common: precision that performs. At Net-Components, we manufacture tailor-made metal components that are ready to be assembled, exposed to stress, and trusted in critical applications. In this short visual story, we’re taking you through how we support multiple industries — not just with metal parts, but with deep understanding, production flexibility, and engineering commitment. Swipe through to explore. 👇🏻 #NetComponents #PrecisionEngineering #MachiningForIndustry #VehicleSuperstructures #AutomationComponents #IndustrialManufacturing #CNCExcellence

Excited to announce the acquisition of RIMA-SYSTEM, a leading manufacturer of automation machinery and robotics for the post-press, filling and packaging industries - together with a group of investors who believe in the strength and future of German Engineering.

Today's topic: The Scalable linear motion solutions. At Fachpack 2025, Bosch Rexroth showcased scalable linear-motion solutions. The technology portfolio for the packaging industry is built on a wide-ranging standard offering for differing requirements; it is needs-based for various installation situations and ambient conditions, and economical with minimum total cost from engineering to maintenance. At Fachpack 2025, Bosch Rexroth showied how a wide range of linear applications in the packaging industry can be achieved with the required level of performance, efficiency and cost-effectiveness from a single source: from small to large, from light to heavy loads, from simple to complex. Bosch Rexroth #industrialmeeting #Automation #packagingindustry #fachpack https://lnkd.in/dPF_d2bk