Diamond tool manufacturers have successfully developed a system of ARDX diamond automatic alignment systems that can distribute diamond particles evenly in the carcass, so that the saw blade not only has a greatly improved life, but also a very fast cutting speed. .
Ordinary diamond saw blade is made by dry mixing the diamond particles with the metal powder, then pressing to form the final cutter head, and finally welding the cutter head to the saw blade base. The main disadvantage of this process is that the diamond particles are The cutter heads are randomly arranged, so the cutting force of each single-grain diamond is different during the cutting process. Where the diamond particles are too concentrated, these diamonds bear most of the cutting work, but the dispersed diamond particles cannot fully play. The cutting action causes the diamond to play the main cutting role to fall off prematurely, and a large gap is left between the diamond particles. The adhesive directly contacts the workpiece, which damages the adhesive and has a great influence on the performance of the saw blade. Therefore, the saw blade has a lower life and a slower cutting speed. The ideal arrangement of diamond particles in the carcass should be evenly distributed and subjected to the same cutting forces so that the tip can perform its best during the cutting process.
So far, this arrangement has been achievable by time-consuming manual labor, but it is not suitable for mass production. At present, our company (Korea Shinhan Diamond) has broken through the traditional manual arrangement method and invented an ARIX diamond automatic alignment system for the production of cutter heads. In December 2004, our company held a press conference in Seoul and announced their new invention, the ARIX system. The saw blade head produced by ARIX technology can clearly see that the distribution of diamond particles in the matrix is ​​very uniform. In ordinary diamond tools, the cutting speed and the cutting life are mutually opposite, and the cutting speed of the tool is improved, and the service life is reduced. vice versa.
It is well known that the cutting efficiency of diamond particles in a saw blade depends on the distribution of diamond particles, so many diamond tool manufacturers are trying to improve the performance of diamond saw blades by changing the distribution of diamond particles to change the cutting life and cutting speed. Opposite relations, but in the end they all ended in failure. With ARIX technology, the distance between the diamond particles can be controlled 100% in the cutter head making the diamond particles evenly distributed in the diamond cutter head. As a result, the tool life and cutting efficiency are obviously improved. The theory of ARIX technology Not new, it was formed as early as the 1930s, but applying this theory to the diamond tool industry is another matter, involving 30,000 to 40,000 fine-grained diamonds (0.1 in diameter) Mm to 0.2mm) evenly arranged in the cutter head, this time-consuming and labor-intensive manufacturing process is difficult to apply to the production of diamond tools.
The research on ARIX technology project began in 2001. A total of 10 people engaged in the research of this project. Our company invested 2 million US dollars in this project. The first research was successful in July 2003, but the production capacity was not satisfactory. Continuous efforts have finally achieved the existing goals. Our diamond saw blades made with ARIX technology have been extensively tested in both indoor and outdoor areas in Korea and overseas. The cutting efficiency and cutting life have been greatly improved. Using ARIX technology, diamond particles can be evenly distributed in the metal powder carcass, which is characterized by a 30% increase in cutting speed and a 100% increase in tool life. The emergence of ARIX technology will bring huge changes to the field of diamond tool manufacturing.
Qingdao Xinhan Diamond Industry Co., Ltd.
The company is the third overseas-invested company registered by Qingdao Shinhan Diamond Co., Ltd. in Qingdao Free Trade Zone in August 2002. The company has a total investment of US$17.5 million and a registered capital of US$7 million. The company is located at No. 45, Tokyo Road, Phase II of the Free Trade Zone. It covers an area of ​​23,535 square meters and has 5 workshops. It is now completed and put into operation in Phase 4 with an area of ​​over 20,000 square meters. The company is mainly engaged in the development, production, export processing and international trade of diamond-related products and machines. The company's products are all exported and sell well in the European and American markets. The Shinhan diamond industry is a leader in the world diamond industry. The company management adheres to the "people-oriented" and advocates "member priority" management. Promote employee values ​​and create harmonious labor relations and excellent corporate culture. As the company continues to improve, equipment and technology are gradually in place, export orders increase, creating higher value and quality services, the company will have a leap forward in the future.
Contact information:
Phone: +86 0532-86767256
Mobile: +86 15866893272
Fax: +86 0532-86768355
Contact: Miss Wu English Name: Tina Wu
E-mail:
Address: No. 45, Tokyo Road, Bonded Area, Qingdao, Shandong, China
Source: Alibaba Merchant Blog
Ordinary diamond saw blade is made by dry mixing the diamond particles with the metal powder, then pressing to form the final cutter head, and finally welding the cutter head to the saw blade base. The main disadvantage of this process is that the diamond particles are The cutter heads are randomly arranged, so the cutting force of each single-grain diamond is different during the cutting process. Where the diamond particles are too concentrated, these diamonds bear most of the cutting work, but the dispersed diamond particles cannot fully play. The cutting action causes the diamond to play the main cutting role to fall off prematurely, and a large gap is left between the diamond particles. The adhesive directly contacts the workpiece, which damages the adhesive and has a great influence on the performance of the saw blade. Therefore, the saw blade has a lower life and a slower cutting speed. The ideal arrangement of diamond particles in the carcass should be evenly distributed and subjected to the same cutting forces so that the tip can perform its best during the cutting process.
So far, this arrangement has been achievable by time-consuming manual labor, but it is not suitable for mass production. At present, our company (Korea Shinhan Diamond) has broken through the traditional manual arrangement method and invented an ARIX diamond automatic alignment system for the production of cutter heads. In December 2004, our company held a press conference in Seoul and announced their new invention, the ARIX system. The saw blade head produced by ARIX technology can clearly see that the distribution of diamond particles in the matrix is ​​very uniform. In ordinary diamond tools, the cutting speed and the cutting life are mutually opposite, and the cutting speed of the tool is improved, and the service life is reduced. vice versa.
It is well known that the cutting efficiency of diamond particles in a saw blade depends on the distribution of diamond particles, so many diamond tool manufacturers are trying to improve the performance of diamond saw blades by changing the distribution of diamond particles to change the cutting life and cutting speed. Opposite relations, but in the end they all ended in failure. With ARIX technology, the distance between the diamond particles can be controlled 100% in the cutter head making the diamond particles evenly distributed in the diamond cutter head. As a result, the tool life and cutting efficiency are obviously improved. The theory of ARIX technology Not new, it was formed as early as the 1930s, but applying this theory to the diamond tool industry is another matter, involving 30,000 to 40,000 fine-grained diamonds (0.1 in diameter) Mm to 0.2mm) evenly arranged in the cutter head, this time-consuming and labor-intensive manufacturing process is difficult to apply to the production of diamond tools.
The research on ARIX technology project began in 2001. A total of 10 people engaged in the research of this project. Our company invested 2 million US dollars in this project. The first research was successful in July 2003, but the production capacity was not satisfactory. Continuous efforts have finally achieved the existing goals. Our diamond saw blades made with ARIX technology have been extensively tested in both indoor and outdoor areas in Korea and overseas. The cutting efficiency and cutting life have been greatly improved. Using ARIX technology, diamond particles can be evenly distributed in the metal powder carcass, which is characterized by a 30% increase in cutting speed and a 100% increase in tool life. The emergence of ARIX technology will bring huge changes to the field of diamond tool manufacturing.
Qingdao Xinhan Diamond Industry Co., Ltd.
The company is the third overseas-invested company registered by Qingdao Shinhan Diamond Co., Ltd. in Qingdao Free Trade Zone in August 2002. The company has a total investment of US$17.5 million and a registered capital of US$7 million. The company is located at No. 45, Tokyo Road, Phase II of the Free Trade Zone. It covers an area of ​​23,535 square meters and has 5 workshops. It is now completed and put into operation in Phase 4 with an area of ​​over 20,000 square meters. The company is mainly engaged in the development, production, export processing and international trade of diamond-related products and machines. The company's products are all exported and sell well in the European and American markets. The Shinhan diamond industry is a leader in the world diamond industry. The company management adheres to the "people-oriented" and advocates "member priority" management. Promote employee values ​​and create harmonious labor relations and excellent corporate culture. As the company continues to improve, equipment and technology are gradually in place, export orders increase, creating higher value and quality services, the company will have a leap forward in the future.
Contact information:
Phone: +86 0532-86767256
Mobile: +86 15866893272
Fax: +86 0532-86768355
Contact: Miss Wu English Name: Tina Wu
E-mail:
Address: No. 45, Tokyo Road, Bonded Area, Qingdao, Shandong, China
Source: Alibaba Merchant Blog
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