Eight - axis seven - linkage structure

• Enhancing the Competitiveness of Foundries: The Key Role of Neview Grinding Robots

  

  May 18, 2026

  Enhancing the Competitiveness of Foundries: The Key Role of Neview Grinding Robots In the increasingly competitive foundry industry, foundries face numerous challenges. How to improve production efficiency, ensure product quality, and reduce costs has become crucial. The grinding robots of Anhui Neview Automatic Technology Co., Ltd. provide comprehensive and efficient solutions for foundries.   The Neview grinding robots stand out with their unique eight - axis seven - linkage structure. This innovative design enables two - hand coordinated operation, greatly enhancing the flexibility and precision of the robots during the grinding process. Compared with traditional grinding methods, it can complete the grinding tasks of complex castings in a much shorter time, significantly improving production efficiency. For example, when processing large and complex castings, traditional methods may take several hours or even longer, while the Neview grinding robots can reduce the time to one - third or even less of the original time, thanks to their efficient operation mode.   In addition, the ultra - high rigidity and large load - bearing capacity of the Neview grinding robots enable them to easily meet the grinding needs of various heavy - duty castings. Taking the DR - 750B model as an example, both its workbench and robotic arm can bear a load of 200kg level, and it performs excellently in tasks such as the cutting and grinding of large riser stubs, ensuring the stability and continuity of the grinding work, and effectively avoiding grinding interruptions or quality problems caused by insufficient equipment load.   In terms of casting deburring, the Neview grinding robots also perform outstandingly. Their intelligent compensation and flexible fitting technology can automatically adjust the grinding force according to the material and shape of the casting by controlling the current loop, position loop, and torque loop, achieving fine deburring of easily deformed castings. At the same time, the automatic error detection and compensation system can detect and correct the casting errors in real - time, ensuring the accuracy and quality of deburring.   For foundries, the Neview grinding robots are not only powerful tools for improving production efficiency but also the key to enhancing product quality and market competitiveness. It helps foundries reduce labor costs while improving the stability and reliability of production, winning an edge for foundries in the fierce market competition.

  Hot Tags : foundry grinding robot die casting part grinding robot grinding robots Eight - axis seven - linkage structure Intelligent compensation Large load - bearing capacity

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• Unlocking New Efficiency in Foundries: In - depth Analysis of Neview Grinding Robots

  

  Apr 21, 2026

  Unlocking New Efficiency in Foundries: In - depth Analysis of Neview Grinding Robots In the fierce competition of the foundry industry, efficiency and precision are the key factors determining the success or failure of enterprises. Anhui Neview Automatic Technology Co., Ltd. brings revolutionary solutions to foundries with its advanced grinding robot technology.   The eight - axis seven - linkage structure of the Neview grinding robot is a leader in the industry. This unique design enables two - hand coordinated operation, greatly improving grinding efficiency. It can replace multiple manual workers working simultaneously. Compared with traditional grinding equipment, its performance advantage is significant, and its grinding coverage rate is unrivaled, ensuring that every part of each workpiece can be finely ground without missing any details.   Taking the DR - 750B model as an example, this equipment demonstrates ultra - high rigidity and large load - bearing capacity. Both the workbench and the robotic arm can withstand a load of 200kg. When facing difficult grinding tasks such as large riser stubs, the measured acting force is greater than 165kg, easily meeting various complex grinding needs and providing strong support for foundries to process large and heavy workpieces.   The automatic error detection and compensation system is another core highlight of the Neview grinding robot. Through precise detection by the displacement sensor, the system can automatically identify the difference values between workpieces, and quickly calculate in the background. Based on this, it automatically corrects the grinding path. This function enables the robot to adapt to the large errors commonly found in the casting process, always maintaining a stable and high - precision grinding effect, and effectively improving the consistency of product quality.   In addition, for easily deformed workpieces, the Neview grinding robot realizes flexible grinding through intelligent compensation and flexible fitting technology, controlling the current loop, position loop, and torque loop. Operators can flexibly adjust the fitting force by parametric modification to meet the grinding needs of different workpieces, further expanding the application range of the robot.   For foundries, the Neview grinding robot is not only a powerful assistant to improve production efficiency but also a key tool to reduce labor costs and improve product quality. Choosing the Neview grinding robot means choosing to move towards a future of higher quality and greater efficiency in the foundry industry.

  Hot Tags : Automatic Grinding Machine Grinding robot Eight - axis seven - linkage structure Automatic error detection and compensation system Cast Grind Machine Foundry Grinder Machine

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• Grinding Robots: The Game - Changer for Efficiency and Quality Improvement in Foundries

  

  Apr 14, 2026

  Grinding Robots: The Game - Changer for Efficiency and Quality Improvement in Foundries In today's highly competitive foundry industry, efficiency and quality are the cornerstones of a company's success. Anhui Neview Automatic Technology Co., Ltd. brings new development opportunities to foundries with its outstanding grinding robots.   The Neview grinding robot features a unique eight - axis seven - linkage structure in China, with two hands working in coordination. This innovative design can replace multiple manual grinding operations, greatly improving grinding efficiency and leading the performance of traditional grinding equipment. Its grinding coverage rate is unrivaled in the industry, ensuring that every workpiece can be finely processed. Taking the DR - 750B model as an example, both the workbench and the robotic arm have a load - bearing capacity of 200kg. For the cutting and grinding of large riser stubs, the measured acting force is greater than 165kg, demonstrating excellent performance of ultra - high rigidity and large load - bearing capacity, which can easily handle various complex grinding tasks.   In addition, the Neview grinding robot is equipped with an automatic error detection and compensation system. Through displacement sensor detection, it can automatically identify the difference values of workpieces, and perform calculations in the system background, thus automatically correcting the grinding path to perfectly adapt to various products with large casting errors, effectively ensuring the stability of product quality. For easily deformed workpieces, when displacement detection and compensation are not possible, the robot can achieve flexible grinding by controlling the current loop, position loop, and torque loop. Moreover, through parametric modification, it can achieve flexible adaptive grinding with different fitting forces, further expanding its application scope.   For foundries, the Neview grinding robot can not only improve production efficiency and reduce labor costs, but also enhance product quality and strengthen the company's competitiveness in the market. Choosing Neview means choosing a new future for the foundry industry.

  Hot Tags : Grinding robot Two - hand coordinated operation grinding coverage rate Eight - axis seven - linkage structure Grinding efficiency Flexible grinding

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