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5/4 Axis Impeller machining by Yornew MX220 CNC Milling Machine.
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- Are you looking for a reliable and versatile desktop 5-axis CNC milling machine?
- Do you want to see how the MX220 can handle complex and precise machining tasks with ease and efficiency?
- In this article, we will introduce the MX220 and show you how we tested its accuracy and performance by machining an impeller.
- An impeller is a rotating component that transfers energy from a motor to a fluid, such as water or air.
- Machining an impeller requires high precision and accuracy, as well as smooth surface finish and optimal geometry.
- The MX220 is a desktop 5-axis CNC milling machine that can handle such challenges with its powerful spindle, rigid structure, and advanced control system.
- The MX220 has a working area of 220 x 120 x 200 mm, and can accommodate workpieces up to 3 kg.
- The MX220 has a spindle speed of up to 24,000 rpm, and can use various tools with diameters ranging from 1 to 6 mm.
- The MX220 has a 5-axis simultaneous control system that allows for complex and dynamic movements of the spindle and the table.
- The MX220 has a user-friendly interface that supports G-code programming, as well as CAM software integration.
- To test the accuracy and performance of the MX220, we used a CAD model of an impeller and generated the toolpaths using Fusion 360 CAM software.
- We selected a suitable material (aluminum alloy) and tool (2 mm ball end mill) for the machining process.
- We set the machining parameters (feed rate, spindle speed, depth of cut, etc.) according to the recommended values for the material and tool.
- We mounted the workpiece on the table using a fixture and aligned it with the spindle using a probe.
- The impeller had a smooth surface finish and a high dimensional accuracy.
- The impeller also had a balanced geometry and a uniform distribution of blades.
- The MX220 demonstrated its ability to machine an impeller with high quality and efficiency, proving its suitability for various applications that require 5-axis CNC milling.
- Do you want to see how the MX220 can handle complex and precise machining tasks with ease and efficiency?
- In this article, we will introduce the MX220 and show you how we tested its accuracy and performance by machining an impeller.
- An impeller is a rotating component that transfers energy from a motor to a fluid, such as water or air.
- Machining an impeller requires high precision and accuracy, as well as smooth surface finish and optimal geometry.
- The MX220 is a desktop 5-axis CNC milling machine that can handle such challenges with its powerful spindle, rigid structure, and advanced control system.
- The MX220 has a working area of 220 x 120 x 200 mm, and can accommodate workpieces up to 3 kg.
- The MX220 has a spindle speed of up to 24,000 rpm, and can use various tools with diameters ranging from 1 to 6 mm.
- The MX220 has a 5-axis simultaneous control system that allows for complex and dynamic movements of the spindle and the table.
- The MX220 has a user-friendly interface that supports G-code programming, as well as CAM software integration.
- To test the accuracy and performance of the MX220, we used a CAD model of an impeller and generated the toolpaths using Fusion 360 CAM software.
- We selected a suitable material (aluminum alloy) and tool (2 mm ball end mill) for the machining process.
- We set the machining parameters (feed rate, spindle speed, depth of cut, etc.) according to the recommended values for the material and tool.
- We mounted the workpiece on the table using a fixture and aligned it with the spindle using a probe.
- The impeller had a smooth surface finish and a high dimensional accuracy.
- The impeller also had a balanced geometry and a uniform distribution of blades.
- The MX220 demonstrated its ability to machine an impeller with high quality and efficiency, proving its suitability for various applications that require 5-axis CNC milling.
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