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  • Robotic Grinding Terminology Explained: A Beginner’s Guide to Casting Industry TermsRobotic Grinding Terminology Explained: A Beginner’s Guide to Casting Industry Terms
    Robotic Grinding Terminology Explained: A Beginner’s Guide to Casting Industry TermsRobotic Grinding Terminology Explained: A Beginner’s Guide to Casting Industry Terms
    Dec 25, 2025
    Robotic Grinding Terminology Explained: A Beginner’s Guide to Casting Industry Terms The world of robotic grinding is full of technical jargon, which can be overwhelming for newcomers to the field. Understanding these key terms is essential for making informed decisions when selecting and utilizing robotic systems in your foundry. This guide breaks down the most common terminology related to robotic grinding and explains how they impact performance. Key Terms Explained: 8-Axis 7-Linkage: This refers to the robot's ability to move in 8 axes, with 7 of them being interlinked, allowing the robot to perform complex movements in 3D space. This system provides extreme flexibility and precision, enabling the robot to grind parts with intricate shapes or hard-to-reach areas. Rigidity and Flexibility: Rigidity refers to the robot's structural stability when applying grinding force, which is necessary for precision tasks. Flexibility, on the other hand, refers to the robot’s ability to adapt to various part geometries. A balance between rigidity and flexibility is crucial for effective grinding performance. Precision and Consistency: Precision refers to the robot’s ability to consistently apply the correct amount of force and movement during grinding. Consistency refers to the robot's ability to replicate the same result across multiple parts, ensuring uniform quality. Grinding Programs and Optimization Algorithms: Robots operate using pre-programmed paths and parameters. Optimization algorithms allow the robot to adapt its movements in real-time, adjusting to variations in the workpiece to ensure the best grinding result. A solid understanding of these key terms is crucial for selecting the right robotic grinding solution. By understanding the technologies and their implications, foundries can make better decisions and achieve superior results in their operations.
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  • Why Should Foundries Choose Robotic Grinding Over Manual Grinding?
    Why Should Foundries Choose Robotic Grinding Over Manual Grinding?
    Dec 24, 2025
    Why Should Foundries Choose Robotic Grinding Over Manual Grinding? Grinding is a critical post-processing step in foundries that significantly impacts both the surface quality and performance of castings. While manual grinding has been the industry standard, it faces limitations in terms of speed, consistency, and precision. As automation technology evolves, more and more foundries are turning to robotic grinding solutions to address these challenges. Advantages of Robotic Grinding: Increased Production Efficiency: Unlike manual labor, robots can operate continuously 24/7, greatly improving throughput and reducing downtime. This boost in productivity helps foundries meet tight deadlines and respond faster to market demand. Consistent Quality and Precision: Robotic systems provide higher repeatability and precision. Robots do not experience fatigue or errors, meaning every cast is treated with the same accuracy, ensuring consistent surface quality and dimensional accuracy across batches. Handling Complex Parts: Manual grinding often struggles with intricate shapes or difficult-to-reach areas. Robotic systems, however, excel at handling complex geometries thanks to advanced multi-axis capabilities, ensuring thorough grinding of even the most challenging castings. Conclusion: Given the increased efficiency, improved consistency, and ability to handle complex tasks, robotic grinding presents a clear advantage over manual grinding in foundries. As automation continues to revolutionize the industry, adopting robotic grinding will be crucial for maintaining competitive edge.
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  • Why Is the Foundry Industry Rapidly Adopting Automated Grinding?
    Why Is the Foundry Industry Rapidly Adopting Automated Grinding?
    Nov 24, 2025
    Why Is the Foundry Industry Rapidly Adopting Automated Grinding? As global manufacturing continues to upgrade, automation in the foundry industry has become irreversible. Especially in aluminum die casting, automotive parts, and metal machining, factories are increasingly moving from manual grinding to robotic grinding and deburring. The reason is simple: modern competition no longer tolerates inconsistent, experience-based production. 1.Stability Is the New Competitive Edge Manual grinding often lacks consistency. Robots execute precise paths with constant force, ensuring predictable and stable part quality. 2.Labor Shortage Is a Global Issue Fewer workers are willing to engage in high-dust, high-noise, repetitive jobs. Automation reduces dependency on skilled labor and minimizes hiring pressure. 3.Complex Casting Requires Better Processes Deep cavities, angled surfaces, and complex geometries make manual work challenging. NEVIEW’s self-developed 4-axis grinding robot provides high rigidity and flexibility to address these difficulties. 4.Stricter Safety & Compliance Standards Regions such as the EU and North America enforce strict dust and safety regulations. Automated systems significantly reduce worker exposure to hazardous environments. Automated grinding is not about replacing workers—it’s about increasing competitiveness. NEVIEW will continue delivering reliable automation solutions to foundries worldwide.  
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  • 8-Axis Coordination: High-Precision Grinding Solutions for Complex Castings
    8-Axis Coordination: High-Precision Grinding Solutions for Complex Castings
    Nov 19, 2025
    8-Axis Coordination: High-Precision Grinding Solutions for Complex Castings Complex castings, such as automotive and aerospace parts, pose challenges for traditional robots or manual grinding due to insufficient rigidity and inconsistent precision. NEVIEW 8-axis coordinated grinding robots use high-rigidity structures and multi-degree-of-freedom motion for multi-angle coordinated grinding. With laser detection and automatic compensation, burrs are identified in real time and pressure/path adjusted automatically for high precision and repeatability. Compared with 5-axis systems, 8-axis robots handle more complex angles and larger or irregular parts. Single-fixture full-process grinding increases productivity by over 30%, reducing manual intervention and safety risks.  
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  • Industrial Dust and Noise Control: Grinding Robots Empower Eco-Friendly Foundries
    Industrial Dust and Noise Control: Grinding Robots Empower Eco-Friendly Foundries
    Nov 12, 2025
      Dust and noise are long-standing challenges in foundries and die-casting factories, affecting worker health and productivity.Traditional manual grinding generates high dust emissions, loud noise, and safety risks. NEVIEW grinding robots feature enclosed cabins and high-efficiency suction systems, reducing dust by over 90% and lowering noise levels. Automation replaces risky manual work, improving workplace safety. Smart monitoring tracks grinding status, optimizes parameters, and records production data for traceability and management.This eco-friendly, intelligent, and efficient solution allows foundries to achieve both environmental and production goals.  
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  • Safety and Sustainability with NEVIEW GRINDING ROBOT
    Safety and Sustainability with NEVIEW GRINDING ROBOT
    Nov 04, 2025
      Safety and Sustainability with NEVIEW GRINDING ROBOT Workplace Safety Challenges Grinding exposes workers to: Dust inhalation risks High noise levels Repetitive strain injuries NEVIEW’s Safer Approach The NEVIEW GRINDING ROBOT improves safety by: Fully automated finishing – operators supervise instead of grind Dust containment systems – cleaner working environment Noise reduction – safer conditions for employees Sustainable Manufacturing Benefits Lower energy waste compared to manual rework Reduced material loss with precision grinding Compliance with environmental regulations  NEVIEW supports foundries in achieving both operational safety and sustainable production goals.    
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  • ROI of NEVIEW GRINDING ROBOT
    ROI of NEVIEW GRINDING ROBOT
    Oct 23, 2025
    ROI of NEVIEW GRINDING ROBOT   One key question many companies ask: How long does it take for a grinding robot to pay for itself? The answer: usually less than two years. Investment Benefits Labor Savings – One robot can replace 3–5 workers Lower Scrap Rate – Reduced human error, improved yield Higher Productivity – Efficiency increased by 2–3 times Hidden Cost Savings – Fewer accidents and downtime losses Case Reference Some customers report that after deploying NEVIEW GRINDING ROBOT, production costs dropped by 20–30% on average, while order delivery capacity significantly increased. Conclusion An investment in NEVIEW GRINDING ROBOT is not just about reducing costs—it’s about boosting competitiveness and achieving real ROI through intelligent manufacturing.
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  • Neview Automatic Empowers Chery's Cast Iron and Aluminum Foundries for Efficient Grinding, Setting New Quality Standards
    Neview Automatic Empowers Chery's Cast Iron and Aluminum Foundries for Efficient Grinding, Setting New Quality Standards
    May 09, 2024
    Neview Automatic Empowers Chery's Cast Iron and Aluminum Foundries for Efficient Grinding, Setting New Quality Standards In the automotive parts manufacturing sector, the grinding process is crucial, directly impacting product quality and performance. As a leading brand in the automotive industry, Chery holds exceptionally high standards for the grinding of its cast iron and aluminum alloy components. Neview Automatic Technology Co., Ltd. has now partnered with Chery's parts factory, introducing the DR-750B grinding robot to its cast iron foundry and equipping its aluminum foundry with the MR-750B grinding robot. This collaboration enables highly efficient grinding and the output of high-quality ground parts. The Cast Iron Foundry's Efficient Grinding Solution: DR-750BThe DR-750B grinding robot, with its robust performance, perfectly meets the grinding demands of the cast iron foundry. Its flexible single-arm, dual-station configuration, combined with a workbench and robotic arm both capable of handling 400kg-level loads, allows it to effortlessly manage even large cast iron parts. The robot's Automatic Error Detection and Compensation System identifies variations in workpieces and automatically corrects the grinding path, precisely removing defects such as burrs and flash from cast iron surfaces. This ensures high grinding precision and delivers stable, reliable quality. Furthermore, the Intelligent Compensation and Flexible Conformity Technology addresses the tendency of cast iron parts to deform. By controlling the current loop, position loop, and torque loop, it achieves flexible grinding, guaranteeing that cast iron parts retain their original shape and performance during the process. This significantly enhances grinding efficiency and product quality in the cast iron foundry while reducing labor costs and workload. The Aluminum Foundry's Precision Grinding Expert: MR-750BThe MR-750B grinding robot is specifically engineered for the intricate grinding tasks required in aluminum foundries. Aluminum castings are often complex in shape, thin-walled, and demand high precision. The MR-750B excels with its high-precision grinding capabilities, accurately processing aluminum castings. It features high-precision workpiece recognition, eliminating the need for complex teaching operations and greatly improving grinding efficiency and accuracy. Its grinding spindle offers high rotational speed and excellent stability, effectively removing burrs and oxide scale from aluminum surfaces. This results in smooth, flawless surfaces on aluminum castings, enhancing both their aesthetic quality and assembly performance. The MR-750B empowers Chery's aluminum foundry to produce components that meet high-end quality requirements, strengthening its competitiveness in the automotive parts market. Neview Automatic is steadfastly committed to providing premium automated grinding solutions for the foundry industry. We deeply understand that only high-quality ground parts can provide a solid foundation for automotive manufacturing. In the future, we will continue to collaborate with Chery and other valued customers, relentlessly innovating and optimizing grinding technologies to contribute to the high-quality development of the automotive parts manufacturing industry.
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