Rhoda Xu’s Post

🥳Introducing the Versatile HGH15CA HIWIN Brand🥳 What is HGH15CA HIWIN Brand? The HGH15CA is a high-precision linear motion guide rail block manufactured by HIWIN, renowned for its exceptional quality and performance in diverse industrial applications. 1. 🛠️ CNC Machining: The HGH15CA is crucial in CNC machining, ensuring accurate and consistent machining of complex parts. 2. 🤖 Automation Systems: Integral to automation, the HGH15CA provides precise motion for material handling, assembly, and testing. 3. 🏭 Semiconductor Manufacturing:Employed in wafer handling and inspection, the HGH15CA maintains stringent manufacturing standards in the semiconductor industry. 4. ⚕️ Medical Devices:Used in imaging and surgical equipment, the HGH15CA ensures accuracy and consistency in medical applications. 5. ✈️ Aerospace and Defense: From aircraft controls to satellite positioning, the HGH15CA delivers reliability in mission-critical operations. 6. 🤖 Robotics: Enhancing robotic capabilities, the HGH15CA enables precise motion for various industrial tasks. 7. 🏭 Industrial Automation: Facilitating pick-and-place operations, the HGH15CA boosts productivity in manufacturing processes. Detailed technical data and product photos are in the comment section.🫡 #hiwin #pmi #rexroth #thk #ina #iko #csk #sbc #abba #tbi #nsk #schneeberger #linearguideway #linearguideblock #bearing #bearings #HGH15CA #PrecisionEngineering #Manufacturing #Automation #Semiconductor #MedicalDevices #Aerospace #Robotics #IndustrialAutomation

#whenithastoberight to talk about... #integration #automated_cell #Endurance #HexagonMI For more than 50 years, Endurance Technologies Ltd. in Massenbachhausen, Germany, has been a #leading_partner to the #automotive_industry in the development and production of transmission and engine parts. In collaboration with #HexagonMI, they developed a #production_cell for #electric_vehicle_gearbox_housings where the measurement process for quality monitoring, including the #automatic_loading and #unloading of the measuring device by a robot, runs fully automatically. The production cell uses a #GLOBAL_S with a part fixture developed by #HexagonMI. The modular I/O Flow Manager system from #HexagonMI controls all interactions between the CMM and the components in the cell. Using #Data_Matrix_Codes (DMC) to identify the different gearbox housings, the respective #PCDMIS part program is called up. This also ensures complete traceability and unique logging of the measurement results for each component. ❗ To continue using the CMM even if the robot fails, an additional manual workflow was programmed with I/O Flow Manager. In this case, the operator can load the component by hand and manually scan the corresponding DMC. Intuitive operator guidance is available for the loading process and the selection of the measuring program. ❗ The production-integrated use of the #GLOBAL_S opens excellent potential for increasing production efficiency. Explore more here 👇 🔎 Bridge CMM models – https://hxgn.biz/4c8a42i 🔎 I/O Flow Manager – https://hxgn.biz/4bJYcnD 🔎 PC-DMIS – https://hxgn.biz/3x7sqlh ✉️ Product enquiry – https://hxgn.biz/4bQWwIT #wherequailitycomestogether it must be #Endurance #HexagonMI Thanks Endurance Technologies Ltd. Hexagon Manufacturing Intelligence for sharing, great job 💪

📣✨Exciting News! AIE - Advanced Innovative Engineering, (UK) Ltd. have been awarded a DIF Rapid Demonstrator fund! More about AIE: “Advanced Innovative Engineering (UK) Limited specialises in Wankel-type rotary engines for the aerospace sector. Rotary engines are known for their compactness and high power-to-weight ratios, which are essential for applications demanding efficiency and reliability. AIE's DIF Rapid Demonstrator Project "CRIOS" aims to revolutionise AIE's rotary engine manufacturing by shifting to a dynamic, flexible flow line using collaborative robots (Cobots) and advanced optical sensors. This change will enhance the production process's adaptability, efficiency, and customisation ability. Aiming to deliver data-driven excellence, CRIOS will employ AIE's in-house developed Hexsolve system to capture and analyse critical data points during assembly, ensuring compliance with strict quality standards and providing continuous improvement and customer assurance. AIE's goal is to set new benchmarks in production efficiency and customisation by integrating Cobots and optical systems to reinforce AIE's position as a leader in rotary engine innovation and to improve customer visibility and satisfaction.” Explore more on their website https://lnkd.in/eCCKEiPU #Congratulations #funding #manufacturing #digitalisation

Introducing the AltiZ 4200 3D Profiler. Offering tight fields of view and ultra-high resolution in a compact form factor, the AltiZ 4200 delivers significantly more data points per profile and faster capture speeds to address challenging inspection tasks in electronics and automotive manufacturing applications. Learn more: https://lnkd.in/ebcDEYsE #ZebraTechnologies #ZebraEmployee #MachineVision #3DSensing

Things about PID PID stands for "Proportional-Integral-Derivative." Proportional Action: The proportional term in PID control provides a control action that is proportional to the current error signal. It responds to the present error. Integral Action: The integral term integrates the error over time, providing a control action based on the accumulated error. It eliminates the steady-state error. Derivative Action: The derivative term provides a control action based on the rate of change of the error signal. It anticipates future behavior of the system. Tuning Parameters: PID controllers require tuning of three parameters: the proportional gain (Kp), the integral gain (Ki), and the derivative gain (Kd). Proper tuning is essential for optimal performance. Stability: PID controllers can maintain stability in systems by adjusting control actions based on the error signal and its history. Setpoint Tracking: PID controllers can track a desired setpoint, adjusting the control output to maintain the system at the desired operating point. Anti-Reset Windup: Anti-reset windup mechanisms are often employed to prevent integral windup, which can occur when the controller output saturates, leading to slow response when the control signal becomes active again. Cascade Control: PID controllers can be used in cascade control setups, where the output of one PID controller is used as the setpoint for another, providing enhanced control performance. Adaptive Control: Some PID controllers incorporate adaptive tuning algorithms to automatically adjust the controller parameters based on the system dynamics, improving performance in varying operating conditions. Applications: PID controllers are widely used in various industries, including manufacturing, robotics, automotive, aerospace, and process control, due to their simplicity, effectiveness, and versatility in controlling a wide range of systems. #electronics #pid #technology #semiconductor #automation #controlsystem #stability #aerospace #defence #drone #analog #digital #embedded #controlsystem

I am proud that our Manufacturing Technology organization was able to be part of this Northrop Grumman and Scaled Composites team that highlights the incredible power of Digital Transformation combined with new manufacturing approaches. Utilized fully-digital information with the company’s patented Scalable Composite Robotic Additive Manufacturing (SCRAM) capability, which uses an in-situ deposited wash away tool, eliminating all hard tooling and requiring no secondary cures or autoclaves to greatly reduce cost and schedule timelines. The use of Composites Additive Manufacturing structure is believed to be the first use for DoD structural flight applications. Employed Plasma Arc Directed Energy Deposition (PA-DED) Titanium in the structural bracket to carry the loads from the wingtip to the rest of the wing, which is also believed to be the first for structural flight hardware in a defense application. Integrated advanced determinant assembly methods by leveraging our digital thread with our supply chain. https://lnkd.in/gS6Ym3-h

The new cutting-edge #solidrocketmotor configuration that will be static fired later this year as part of our 2024 Solid Motor Annual Rocket Technology Demonstrator (SMART Demo) successfully completed Critical Design Review. The milestone for #SMARTDemo confirms: ▪️ Motor fabrication and test can be accomplished within the aggressive schedule and cost allocations ▪️ The proposed motor configuration is beneficially tied to emerging industry needs ▪️ The new technology, materials and processes to be demonstrated have appropriate benefits and risk The 2024 SMART Demo motor, the second annual demonstration, will further advance successes from 2023 and demonstrate new #technologies, including additively manufactured solid rocket motor components that reduce costs and lead times, advanced solid rocket motor propellant and tooling to accelerate #innovation and enhance performance, robotic manufacturing processes, and alternate suppliers that augment supply base. 🚀http://ms.spr.ly/6045YkTJP

The new cutting-edge #solidrocketmotor configuration that will be static fired later this year as part of our 2024 Solid Motor Annual Rocket Technology Demonstrator (SMART Demo) successfully completed Critical Design Review. The milestone for #SMARTDemo confirms: ▪️ Motor fabrication and test can be accomplished within the aggressive schedule and cost allocations ▪️ The proposed motor configuration is beneficially tied to emerging industry needs ▪️ The new technology, materials and processes to be demonstrated have appropriate benefits and risk The 2024 SMART Demo motor, the second annual demonstration, will further advance successes from 2023 and demonstrate new #technologies, including additively manufactured solid rocket motor components that reduce costs and lead times, advanced solid rocket motor propellant and tooling to accelerate #innovation and enhance performance, robotic manufacturing processes, and alternate suppliers that augment supply base. 🚀http://ms.spr.ly/6048YZl52

🔄 The Evolution of Fixturing: PCRT measurements have evolved to meet diverse industry demands, offering precision, repeatability, and adaptability. From automotive to aerospace and additive manufacturing, fixtures have advanced to accommodate varying part streams. Contact us to explore how PCRT can optimize your operations. #bigdata #ndt #additivemanufacturing #PCRT #aerospaceengineering #powergeneration #automotiveengineering

The new cutting-edge #solidrocketmotor configuration that will be static fired later this year as part of our 2024 Solid Motor Annual Rocket Technology Demonstrator (SMART Demo) successfully completed Critical Design Review. The milestone for #SMARTDemo confirms: ▪️ Motor fabrication and test can be accomplished within the aggressive schedule and cost allocations ▪️ The proposed motor configuration is beneficially tied to emerging industry needs ▪️ The new technology, materials and processes to be demonstrated have appropriate benefits and risk The 2024 SMART Demo motor, the second annual demonstration, will further advance successes from 2023 and demonstrate new #technologies, including additively manufactured solid rocket motor components that reduce costs and lead times, advanced solid rocket motor propellant and tooling to accelerate #innovation and enhance performance, robotic manufacturing processes, and alternate suppliers that augment supply base. 🚀http://ms.spr.ly/6040Y9mwj