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  • Neview Grinding Robots: The "All - Round Warriors" for Multi - Scenario Grinding
    Neview Grinding Robots: The "All - Round Warriors" for Multi - Scenario Grinding
    Jun 10, 2026
    Neview Grinding Robots: The "All - Round Warriors" for Multi - Scenario Grinding     In the foundry and related industries, the grinding scenarios are complex and diverse, posing extremely high requirements for the adaptability of grinding equipment. With its excellent performance and design, Neview grinding robots are like "all - round warriors", performing outstandingly in various grinding scenarios.     In the foundry workshop, grinding large - scale castings is an arduous task. The large load - bearing capacity of Neview grinding robots enables them to handle it easily. Taking the DR - 750B model as an example, both the workbench and the robotic arm can bear a 200 - kg - class load. When facing the thick riser stubs of large steel castings, it can stably apply sufficient grinding force to efficiently complete the cutting and grinding work, ensuring that the surface quality of large - scale castings meets high standards.     In the grinding scenario of small precision castings, accuracy becomes the key. Through the advanced control system and high - precision sensors, Neview grinding robots can precisely control the grinding force and position. In the post - die - casting grinding of electronic components, it can accurately remove tiny burrs without damaging the fine structure of the castings, meeting the strict requirements of small precision castings for high - precision grinding.     In addition, for castings with irregular surface shapes, the eight - axis seven - linkage structure of Neview grinding robots has demonstrated great advantages. This structure endows the robot with a high degree of flexibility, enabling it to flexibly adjust the grinding angle and path, closely fit the irregular surface for grinding, and ensure the uniformity and integrity of grinding. Whether it is a handicraft casting with unique curved surfaces or a mechanical part with a complex structure, it can be processed just right.     With its strong multi - scenario adaptability, Neview grinding robots provide comprehensive and reliable grinding solutions for different types of foundry enterprises, helping enterprises to efficiently produce high - quality products in various production scenarios.
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  • Neview Grinding Robots: The "Customization Masters" for Complex Casting Grinding
    Neview Grinding Robots: The "Customization Masters" for Complex Casting Grinding
    Jun 08, 2026
     Neview Grinding Robots: The "Customization Masters" for Complex Casting Grinding     In the foundry field, the diversity of castings poses numerous challenges to the grinding process. Neview grinding robots, with their remarkable customization capabilities, have become reliable assistants for complex casting grinding.     Neview grinding robots can adapt unique grinding parameters according to different casting materials, such as aluminum alloy, cast iron, and steel casting. Aluminum alloy is relatively soft and prone to deformation. The robot precisely controls the grinding force and speed to complete fine grinding without damaging the material. For high - hardness steel castings, the robot automatically adjusts the rotational speed and pressure of the grinding head to efficiently remove excess parts.     Complex geometric shapes also present difficulties in casting grinding. The eight - axis seven - linkage structure of Neview grinding robots endows them with extremely high flexibility. Whether dealing with castings featuring deep holes, thin - walls, or irregular curved surfaces, they can handle them with ease. For example, when processing aero - engine blades with complex curved surfaces, the multi - axis linkage of the robot can achieve all - around fitting, ensuring that every corner is ground thoroughly.     In addition, Neview grinding robots can be customized according to the production processes of foundries. From standalone operation to integration with other automated equipment to form an assembly line, it can seamlessly fit in. This high degree of customization enables Neview grinding robots to perfectly integrate into the production systems of foundries, significantly improving grinding quality and efficiency.
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  • Unlocking the Potential of Grinding Robots: Neview Empowering Foundries
    Unlocking the Potential of Grinding Robots: Neview Empowering Foundries
    May 18, 2026
    Unlocking the Potential of Grinding Robots: Neview Empowering Foundries In the foundry industry, fully tapping the potential of grinding robots is crucial for enhancing the overall competitiveness of foundries. The Neview grinding robots provide strong support for foundries to achieve this goal through a series of advanced technologies and functions.   The eight - axis seven - linkage structure equipped in the Neview grinding robots is one of their core advantages. This complex and sophisticated structure enables the robots to move and operate freely in multiple dimensions, achieving precise grinding of various complex - shaped castings. Compared with traditional grinding equipment, it can complete grinding tasks more quickly and accurately, greatly improving grinding efficiency and quality. For example, when processing castings with irregular surfaces, the eight - axis seven - linkage structure allows the robots to easily fit the casting surface, ensuring that every part is evenly ground.   The intelligent compensation and flexible fitting technology is another key feature of the Neview grinding robots. For easily deformed castings, traditional grinding methods often cause damage to the castings. However, the Neview grinding robots can automatically adjust the grinding force and path according to the real - time state of the casting by intelligently controlling the current loop, position loop, and torque loop, achieving flexible grinding and effectively protecting the castings from damage. This technology not only increases the casting yield rate but also broadens the application scope of the robots in grinding castings of different materials and shapes.   The automatic error detection and compensation system is an important guarantee for the Neview grinding robots to ensure high - precision grinding. During the casting process, there may be small deviations in the size and shape of the castings, which will affect the grinding accuracy. This system uses high - precision displacement sensors to detect these deviations in real - time and automatically corrects the grinding path through background algorithms, ensuring that the robots can always grind according to an accurate trajectory, thus guaranteeing the stability and consistency of product quality.   In addition, the design of the Neview grinding robots focuses on seamless integration with the production processes of foundries. It can be customized according to the actual needs of foundries, and whether it is used for single - machine operation or integrated into an automated production line, it can exert its maximum efficiency, bringing efficient and stable grinding solutions to foundries.
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  • Neview Grinding Robots: The Innovators in Post - casting Processing
    Neview Grinding Robots: The Innovators in Post - casting Processing
    May 18, 2026
    Neview Grinding Robots: The Innovators in Post - casting Processing Post - casting processing is a crucial link in determining the final quality of castings. The Neview grinding robots, with their advanced technology and excellent performance, have become innovators in this field.   The eight - axis seven - linkage structure of the Neview grinding robots endows them with outstanding flexibility, enabling them to perform all - around and multi - angle grinding on the surface of castings, ensuring that every corner is finely processed. This flexibility not only improves the grinding efficiency but also significantly enhances the grinding quality, making the casting surface smoother and more uniform, meeting high - precision quality standards.   When dealing with different types of castings, the Neview grinding robots demonstrate strong adaptability. Whether they are small precision castings or large heavy - duty castings, they can accurately adjust the grinding parameters through their intelligent control system and advanced sensor technology to achieve the best grinding effect. For example, for thin - walled and easily deformed castings, the robots can effectively remove burrs and complete the grinding without damaging the castings through the intelligent compensation and flexible fitting technology.   The automatic error detection and compensation system of the Neview grinding robots is another highlight. During the casting process, due to various factors, some dimensional and shape errors inevitably occur in the castings. This system can detect these errors in real - time and automatically adjust the grinding path to ensure that the grinding accuracy is not affected. This function greatly reduces the defective rate caused by casting errors and improves the consistency and reliability of products.   In addition, the efficient operation and stable performance of the Neview grinding robots help foundries reduce production costs. It reduces the dependence on manual grinding, lowering labor costs and labor intensity. At the same time, its long - term stable operation characteristics also reduce equipment failures and maintenance costs, bringing significant economic benefits to foundries.
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  • The Future of Foundries: Moving Forward with Neview Grinding Robots
    The Future of Foundries: Moving Forward with Neview Grinding Robots
    Apr 30, 2026
    The Future of Foundries: Moving Forward with Neview Grinding Robots With the rapid development of technology, the foundry industry is facing unprecedented changes. In this transformation, the grinding robots of Anhui Neview Automatic Technology Co., Ltd. are leading foundries towards a more intelligent and efficient future.   Neview grinding robots provide comprehensive solutions for foundries with their leading technology. From the high - precision grinding of complex castings to the powerful deburring of large castings, the robots are fully capable. Its unique eight - axis seven - linkage structure endows the robot with extremely high flexibility and precision, enabling it to perform meticulous operations on the surfaces of various complex castings, ensuring that every detail is perfectly processed.   The intelligent compensation and flexible fitting technology is the key for Neview grinding robots to adapt to diverse castings. When facing castings of different materials and shapes, the robot can achieve flexible grinding by intelligently controlling the current loop, position loop, and torque loop. This self - adapting ability enables the robot to efficiently complete grinding and deburring tasks without damaging the castings. Operators only need to make simple parametric modifications to enable the robot to quickly adapt to new types of castings, greatly improving the flexibility and efficiency of production.   The automatic error detection and compensation system is the core technology of Neview grinding robots to ensure quality. During the casting process, castings inevitably have some dimensional and shape errors. Neview grinding robots detect these errors in real - time through displacement sensors, quickly calculate in the background, and automatically correct the grinding path, ensuring that regardless of the errors of the castings, they can be accurately ground and deburred. This technology has greatly improved the stability of product quality, winning the trust and reputation of customers for foundries.   In addition to technological advantages, Neview also provides foundries with comprehensive service support. From pre - project equipment selection consultation to installation and commissioning, and then to later maintenance and technical upgrades, Neview's professional team always closely cooperates with foundries to ensure that the grinding robots can operate continuously and stably, creating maximum value for foundries.   Looking to the future, foundries
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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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  • 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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