Product Name:
Aerospace structural components
Industry:
Aerospace
Materials:
7075 Aluminum Alloy
Quality Level:
This part is a typical thin-walled component, primarily used in the aerospace industry. It is manufactured using the AFS MING GMU900 five-axis machining center via ultrasonic machining, with a single-piece processing time of 10 hours and 30 minutes. The surface roughness meets Ra ≤ 1.6 μm, and the surface profile accuracy is better than 0.03 mm.
Product Name:
Receiver
Industry:
Aerospace
Materials:
Titanium alloy
Quality Level:
The housing itself features a thin-walled, low-rigidity structure with complex contours and tight dimensional tolerances. It is manufactured using the AFG MING GMU800U five-axis machining center, employing techniques such as shape-offset finishing. The single-piece machining time is 100 hours and 26 minutes. Surface roughness meets Ra ≤ 1.6 µm, while the surface profile accuracy exceeds 0.03 mm.
Product Name:
Receiver
Industry:
Aerospace
Materials:
Titanium alloy
Quality Level:
The engine casing is a typical thin-walled component, primarily used in aviation turbojet engines. It is machined using the AFSMING GMU800 five-axis machining center, which efficiently performs roughing operations through five-axis simultaneous machining. The processing time for a single part is 75 hours. Key features include side-wall bosses and hole patterns, with surface roughness Ra < 1.6 μm and hole pattern accuracy better than ±0.01 mm.
Product Name:
Blade disc
Industry:
Aerospace
Materials:
2Cr13
Quality Level:
The blisk is a typical thin-walled, complex curved surface precision component, primarily used in high-thrust-to-weight-ratio aviation turbofan engines. By employing a simultaneous roughing and finishing machining approach, the method enhances the rigidity of blade machining, enabling efficient and stable processing of the blisk. Blade profile accuracy is maintained within ±0.03 mm, with a surface roughness Ra less than 0.8 µm, and uniform, consistent tool marks across the blade surfaces.
Product Name:
Intake housing
Industry:
Aerospace
Materials:
6061 aluminum alloy
Quality Level:
This part is an air compression component primarily used in the aerospace industry. It is manufactured using the AFMING GMU600 five-axis machining center, which employs a five-axis simultaneous machining process—allowing for tool changes on both the front and back sides during production. The single-part machining time is 56 hours and 32 minutes, with a surface roughness of Ra ≤ 1.8 µm and a surface profile accuracy better than 0.04 mm.
Product Name:
Steering knuckle housing
Industry:
Automotive industry
Materials:
Aluminum alloy
Quality Level:
The VMU6800 is a five-axis machining center developed specifically for the new energy sector. Featuring a five-axis positioning and machining approach, along with an extended Z-axis travel, it enables single-machine processing of complex components. The workpiece concentricity can reach up to 0.02 mm, while the surface roughness meets Ra ≤ 1.8 μm.
Product Name:
Toy model
Industry:
Precision molds
Materials:
S136 Pre-hardened Material
Quality Level:
This mold is a toy mold, manufactured using multi-axis positioning machining from multiple angles. The dimensional accuracy is tightly controlled within 0.01mm, ensuring crisp, sharp corners. Additionally, the workpiece dimensions remain within ±0.013mm, with a surface roughness (Ra) of ≤1.2μm.
Product Name:
Car headlight mold
Industry:
Precision molds
Materials:
Mold steel
Quality Level:
This part is a headlight mold component, featuring fully contoured surfaces. It was manufactured using the AFS MING GMU800 five-axis machining center. After machining, the dimensional tolerance was tightly controlled within ±5 μm, with excellent consistency in tool marks across the surface and a surface roughness of Ra ≤ 0.3 μm.
Product Name:
Mercedes-Benz parts
Industry:
Mold Industry
Materials:
Mold steel
Quality Level:
The surface accuracy is ±0.006 mm, with a surface roughness of less than Ra0.8. The machined surfaces feature sharp, well-defined edges, while the transition planes exhibit no wire-drawing marks, and the corners remain free from vibration patterns—making this test piece an essential part of the quality check performed by major machine tool manufacturers before products leave the factory.
Product Name:
Hydraulic Control Valve
Industry:
Precision parts
Materials:
7075 Aluminum Alloy
Quality Level:
◆ Parts are machined in just 25 minutes; ◆ Key feature tolerances include: cylindrical accuracy of holes <3 μm, concentricity of stepped holes <10 μm, and perpendicularity between holes and surfaces <15 μm; ◆ The mass production process is consistently stable, achieving a product yield exceeding 99%.