Titanium alloy cutting

The cutting of titanium alloy belongs to powerful cutting, so the machine tool spindle must have a large driving power level and have a high-efficiency powerful cutting function. In the aviation industry, the Machining of titanium alloy components is mostly cavity milling. In order to facilitate chip removal, the cooling and lubricating device must be managed. For chip removal, the cooling and lubricating device must be managed so that a large amount of high-pressure cooling lubricant can be sprayed directly on the tool blade. In this way, the former cools the tool, and on the other hand, it can better flush the chips out of the processing area in time, so as to prevent the chips from being cut several times, which will compare the tool life and scratch the processed surface. In order to enable the machine tool to have a high-power level cutting function, the German Heller company has created a targeted machine tool structure and coordinate axis structure, and is equipped with a strong cutting swing unit with rigidity to install the tool spindle, so that the machine tool is vertical, horizontal and spatial Any angle can produce the same cutting power level. The characteristics of titanium alloy are high strength and poor thermal conductivity. In order to achieve the cutting power like processing aluminum.

So how to solve the oxidation problem? First, we first choose to use domestic standard aluminum alloy materials, and then choose professional aluminum alloy cutting oil to lubricate and cool the processing, and then choose imported aluminum alloy processing for high-gloss knives to implement processing with high-speed instruments. During processing, we ensure that the product can be evenly washed by the cutting oil, and quickly clean the product when off the machine to make a non-oxidizing high-gloss product. Shenzhen Ruiyihang Technology Co., Ltd. is a high-tech production enterprise specializing in the customization, research and invention, design customization, manufacturing, sales and service of non-standard automatic machinery parts. The company was established in 2014 and currently employs more than 90 people. Today, the equipment includes: four-axis five-CC CNC gantry milling machine, Japanese imported high-precision CNC Turning and milling compound processing intermediate, high-precision C machining center C engraving machine C CNC lathe, full Automatic flat milling machine, large and medium-sized radial drilling machine and other supporting processing equipment and testing equipment can be engaged in the research and development, production and assembly of single-piece, batch and various clamping fixtures.

The selection of the parameters of non-standard parts processing mainly includes the selection of cutting tool viewpoint, the selection of cutting speed, the selection of cutting depth and feed speed, etc. From the past experience, we know that when processing plastic materials, when choosing a tool with a larger rake angle, it can effectively suppress the formation of the buildup. This is when the rake angle of the tool is strengthened, the cutting force is reduced, the cutting deformation is small, and the tool and chip The contact length becomes shorter, which reduces the basis of built-up edge. Shenzhen Ruiyihang Technology Co., Ltd. is a high-tech production enterprise specializing in the customization, design, design customization, R&D design, sales and service of non-standard automatic machinery parts. The company was founded in 2014 and currently employs more than 90 people. Nowadays, the equipment includes: four-axis five-CC CNC gantry milling machine, Japanese imported high-precision CNC turning and milling compound processing center, high-precision C processing center C engraving machine C CNC lathe, full Automatic flat milling machine, medium-sized radial drilling machine and other supporting processing equipment and testing equipment can be engaged in the research and development, production and assembly of single-piece, batch and various clamping fixtures.