CNC Turning Prototype Service
We specialize in the manufacture of non-standard precision parts for complex structures, and are committed to providing customers with high-precision and consistent brass components.
Would you like to
CNC turn a
precise part?
Precision±0.01
Complex Part Manufacturing
ISO9001
Custom Machining
CNC Turning Dimensions
We can handle a wide variety of magnesium and aluminum Turning projects that require high precision and complex shape machining parts, with extremely tight tolerances and excellent surface finishes.
| Machining Type | Minimum Thickness | Minimum diameter | Maximum size | Angle |
|---|---|---|---|---|
| 2-axis CNC turning | 0.25mm | 0.2mm | 260mm*1100mm | 30° |
For cylindrical parts such as pins, shafts, and spacers, or parts with general rotational symmetry, "turning" them on a lathe is often the easiest and most cost-effective option.
Machining tolerance is +/- 0.01mm. Thickness >0.51mm; Undercut: Square Profile, Full Radius, Dovetail Profile
CNC Turning common materials
CNC Turning produces machined parts with excellent mechanical properties, precision and repeatability from metals magnesium alloys, aluminum alloys, stainless steel, and plastics.
| Material grade | tensile strength | Elongation at break | Yield Point | density | Maximum temperature | tensile modulus |
|---|---|---|---|---|---|---|
| AZ91D Magnesium | 230 MPa | 3.0 % | 150 MPa | 1.81 g/c㎡ | 595 °C | 44.8 GPa |
| AZ80 Magnesium | 290 MPa | 2~5.0 % | 179 MPa | 1.81 g/c㎡ | 595 °C | 45 GPa |
| AZ31B Magnesium | 280 MPa | 8 % | 160 MPa | 1.76 g/c㎡ | 596 °C | 46 GPa |
| ZK61M Magnesium | 330 MPa | 12 % | 178 MPa | 1.81 g/c㎡ | 630 °C | 47GPa |
| WE43-T6 Magnesium | 250 MPa | 2.0% | 162 MPa | 1.84 g/c㎡ | 545 ℃ | 44.2GPa |
| AM60B Magnesium | 221 MPa | 4.0 % | 131 MPa | 1.81 g/c㎡ | 482 °C | 44.8 GPa |
| Material grade | tensile strength | Elongation at break | Yield Point | density | tensile modulus | Thermal Conductivity |
|---|---|---|---|---|---|---|
| 2A12 Aluminum | 480 MPa | 12 % | 370 MPa | 2.80 g/cc | 68.0 GPa | 180 W/m-K |
| 5052 Aluminum | 193 MPa | 30 % | 89.6 MPa | 2.68 g/cc | 70.3 GPa | 138 W/m-K |
| 5083 Aluminum | 290 MPa | 25 % | 145 MPa | 2.66 g/cc | 71.0 GPa | 117 W/m-K |
| 6061 Aluminum | 275 MPa | 5.0 % | 240 MPa | 2.70 g/cc | 69.0 GPa | 160 W/m-K |
| 7075 Aluminum | 495 MPa | 4.0 % | 420 MPa | 2.81 g/cc | 72.0 GPa | 130 W/mK |
| 7050 Aluminum | 510 MPa | 11 % | 455 MPa | 2.83 g/cc | 71.7 GPa | 157 W/mK |
| Material grade | tensile strength | Elongation at break | Hardness | density | tensile modulus | Thermal Conductivity |
|---|---|---|---|---|---|---|
| 303 Stainless Steel | 620 MPa | 50 % | 262 HB | 8 g/cc | 193 GPa | 16.2 W/m-K |
| 304 Stainless Steel | 480 MPa | 40 % | 123 HB | 8 g/cc | 193 GPa | 16.2 W/m-K |
| 304L Stainless Steel | 193 MPa | 34 % | 158 HB | 8 g/cc | 193 GPa | 15.0 W/m-K |
| 316 Stainless Steel | 89.6 MPa | 50 % | 79 HB | 8 g/cc | 193 GPa | 16.3 W/m-K |
| 316L Stainless Steel | 290 MPa | 50 % | 79 HB | 8 g/cc | 193 GPa | 15.8 W/m-K |
| Steel SPCC | 315 MPa | 30 % | 95 HB | 8 g/cc | 200 GPa | 27.3 W/m-K |
| Using Industry | plastic grades | |||||
|---|---|---|---|---|---|---|
| Special Engineering | PPS | PA | PC | POM | PET | PBT |
| Aerospace | PEEK | PEKK | EPR | CNR | 硅橡胶 | |
| Medical Field | ABS | PVC | PE | PP | PS | PC |
| Type | Lead Brass | Tin Brass | Manganese Brass | Iron Brass | Nickel Brass |
|---|---|---|---|---|---|
| Brass grade | HPB58-3，HPb59-1 | HSn70-1，HSn62-1，HSn60-1 | HMn58-2 | Hfe59-1-1 | HNi65-5 |
CNC Turning Surface ServicesTechnical Tips
2022-05-16/yoyike
Painting metal surfaces is a method of preventing oxidation and corrosion of metals. Optimized surface appearance.
2022-05-16/yoyike
Polishing refers to the use of mechanical, chemical or electrochemical action to reduce the surface roughness of the workpiece to obtain a bright and smooth surface.
2022-05-16/yoyike
Anodizing is carried out in the presence of high voltage electricity, it is an electrochemical reaction process; it is a pure chemical reaction.
2022-05-16/yoyike
Anodizing is electrolytic process that deposits a chemically stable oxide layer on aluminum surfaces. The resulting oxide film is thicker and stronger than the native oxide coating of aluminum.
2022-05-16/yoyike
Micro-arc oxidation MAO, also known as plasma electrolytic oxidation PEO, is developed on the basis of anodizing technology and forms a coating superior to that of anodizing.
2022-05-16/yoyike
The blackening of the workpiece will hardly change the original size of the part and the deformation of the processing process