| 3 mill Haida grinder company in order to meet | | | | six-axis CNC programming mode automatically on |
| market demand, the latest developed with | | | | the workpiece surface rough grinding, fine grinding |
| independent intellectual property rights, China's | | | | and polishing. This machine has good rigidity, high |
| first high efficiency, high precision and large size | | | | precision, flexibility, fast response, high efficiency, |
| belt six-axis CNC grinding machine, and the formal | | | | good surface quality, precise blade surface |
| adoption of the final acceptance of the Dongfang | | | | polishing, low labor intensity, and good |
| Steam Turbine Works. The grinder for the CNC | | | | environmental conditions. Specialized CAM |
| control can be realized on six-axis grinding, mainly | | | | software operation supporting highly personalized, |
| used for various types of turbine blades, aircraft | | | | the algorithm is stable and reliable, powerful |
| engine blades and other high-precision grinding of | | | | numerical simulation. This machine is for stainless |
| complex surfaces can also be achieved, such as | | | | steel, nickel-based superalloy or titanium materials |
| marine propellers, impellers and other parts of the | | | | difficult to machine complex surface composition |
| mill complex surfaces cutting and polishing. Steam | | | | of leaves of the ideal high-efficiency processing |
| in the East through the past six months projects | | | | equipment, especially suitable for difficult airway |
| for the trial, the aircraft has achieved a 40-inch, | | | | processing regions of the edge processing |
| 43 inch and 57-inch blades of different size and | | | | requirements. The function can be directly |
| stability of large grinding experiments show the | | | | processed to achieve precision forging blank can |
| performance of the user of the grinder to give a | | | | also be used for grinding and polishing after milling. |
| high evaluation. This is currently the only user | | | | The product is currently small batch production. In |
| acceptance and adoption of reliable and stable | | | | addition, the company has initiated development |
| engineering to achieve a large blade surface | | | | of grinding blade for 73 inches and greater |
| processing of six-axis CNC belt grinding machine, | | | | specification six-axis CNC abrasive belt grinding |
| the country, including Shaanxi Blower Factory, | | | | and small-size aircraft engine blades belt six-axis |
| Wuxi plant leaves, as issued Aviation Technology | | | | CNC grinding machines, technical staff has |
| Group Limited, New Arts Machinery Factory, Xi'an | | | | completed the related design, is now being |
| Aero Engine Group Co., Ltd., and Harbin Turbine | | | | manufactured. |
| Works several customers showed great interest | | | | |
| in the aircraft, of which three units of gas in the | | | | Success of the final acceptance of the user |
| East during the trial has verified with three grinding | | | | machine that China has completely broken the |
| Haida signed a multiple blade NC sand | | | | foreign technical blockade of such equipment, filled |
| procurement contract with a grinder. | | | | a long-term can only rely on bench manual grinding |
| | | | | process leaves behind a blank, the grinding |
| The grinding machine with belt as abrasive | | | | machine design and manufacturing and processing |
| blade clamp the workpiece in the X direction in | | | | performance to international advanced level, In |
| the mobile work platform rotating fixture and | | | | addition, the successful acceptance of the grinding |
| special spire, achieving full rotation axis A, with B / | | | | machine for our development of large aircraft |
| C-axis double-precision belt grinding head strong | | | | engine blades and other complex surface parts |
| swing installation enables Y / Z movement grinding | | | | manufacturing to provide a key technical |
| head shelves. According to different | | | | equipment support. |
| characteristics of leaf surface composition, using | | | | |