Cosmetic standards
In CNC machining, surface treatment standards are established to ensure that parts meet specific functional, aesthetic, or durability requirements. Below are some common surface treatment standards and their applications
In CNC machining, surface treatment standards are established to ensure that parts meet specific functional, aesthetic, or durability requirements. Below are some common surface treatment standards and their applications
Select surface treatment processes based on mold material, application, and cost requirements
We can provide high-precision metal surface treatment technology solutions and services for machined parts
We offer many types of surface treatments to make your parts more beautiful and more resistant to corrosion.
Select aluminum or stainless steel based on the part's application to meet the requirements of your specific usage scenario.Project NameMedical partsMaterialStainless steel + AluminumProcessing EquipmentTurn-milling compound, CNC latheTechnologyCNC turning, CNC millingTesting InstrumentsCMMSurface treatmentClearPost-surface Inspection EquipmentCMMApplication AreasIndustrial machinery
3D printing technology enables the rapid creation of conceptual models, aiding designers, engineers, and manufacturers in conducting multiple, iterative inspections to genuinely experience the appearance and feel of the product.Project Name3D printed shellMaterialPlasticProcessing Equipment3D printer + CNC machine toolsTechnology3D printingTesting Instruments-Surface treatmentClearPost-surface Inspection Equipment-Application AreasRobotics
3D printing technology enables the rapid creation of conceptual models, aiding designers, engineers, and manufacturers in conducting multiple, iterative inspections to genuinely experience the appearance and feel of the product.Project Name3D printing ornamentsMaterialPlasticProcessing Equipment3D printer + CNC machine toolsTechnology3D printingTesting Instruments-Surface treatmentClearPost-surface Inspection Equipment-Application AreasConsumer Electronics
The assembly components in this case are composed of stainless steel material. They are capable of inspecting 8 products simultaneously and are completed using a 3-axis CNC machining center. The surface treatment is carried out through oxidation and sandblasting processes, and finally, they are assembled manually.
The assembly component is composed of aluminum alloy, PA (Polyamide), springs, and magnets, and is intended for PC memory module verification. It is machined using a 3-axis CNC machining center and finished with an anodic oxidation process to achieve a gold color surface treatment. Finally, it is assembled manually.
The performance of metal products of different materials may be different after black oxidation treatment.