CNC Machining is the main process for producing copper parts in many industries. Coper habet bonam ductilitatem, conductivitatem et conductivitatem thermalem, et in diversis partes coperis machinatus in industriis, sicut automobilis, aerospace, et sanitatem utilitur. And coper is also one of the materials that is easy to machine.

Copper 101

Coper 101 coper purus est, continens 99,9% coper, usus aere et aere facientes.

color

Aenea fabrica est aenea et coprini et fosfori cum bona duritate et fortitudine et potest inducere portantes et arma

Brass

Brass est ligamentum cinci et coperii cum bona machinabilitate et difficile. Suficiat ad processendum frictiones humiles et componentes complex as, sicut vallis, vestimenta, portantia et loca, et alios exteriores componentes faciendum.

Advantages and disadvantages of CNC machining of copper parts

advantage

Good machinability, ductility, and impact strength, and good formability in hot and cold processing. In addition, copper parts processed by CNC are compatible with various cost-effective surface treatment technologies.

shortcoming

When spot welding copper materials, coating metallic arc welding and other processes cannot be used. In addition, different grades of coper have different corrosion resistance. Therefore, some CNC machined copper components are prone to corrosion in environments containing active substances.

Precautions for CNC machining of copper

Elegite copium rectum

Coper est unus de carissimis materialibus, et seleccio caritatibus application is et cost-efficientias considerare debet.

Velte temporem fertilis

Raptor fertilis est velocitas in qua instrumentum sectionis cum opus. Pro hoc, ante processionem partes aereas, oportet rectam temporem pascuae ponere, quoniam influent qualitatem, servationem vitam et splendorem superficiis parterum aereas. In addition, coper has efficient heat conduction, and high feed rates will increase tool wear over time.

Design for Manufacturability

Before processing coper, it is necessary to organize the design requirements and specifications, which helps to achieve the functionality of coper components. Hic includet reducere numerum partium, dimensiones inspicere, et prohibere profundum speluncam cum minore radii.

Elegite instrumenta recta

Multi plateae aereas tenentes sunt quam aluminum et steelam aequalem fortitudinis. Hoc potest ad formationem blandiae et instrumentum ferendum. Pro hoc, elegit adequatum instrumentum gravissimum est. Velocitate alta est instrumentum optimum CNC machinationis coperii.

Post processing options

Generale loquente, coper ad thermam conductivitatem et conductivitatem utilitur. Pro hoc, superficie consummatio aliis metallis processionis, quoniam haec characteres suppressus est, non est adequat multis superficiis finientibus. Meditura superficie coperii similis est.

Electrolytic polishing

Coper electropolis potest faciem valde splendentem et splendentem attingere. This process typically removes small material layers between 0.0001 inches (0.00254 millimeters) and 0.0025 inches (0.0635 millimeters) from the surface. Electrolytic polishing potest ultra corrosionem resistentiam meliorem facere, sed conductivitatem non affectetur.

electroplate

Elektroplatio metallo coprini, cum electrica et therma conductivitate custodient, saepe auxiliat prohibere oxidationem exterioris superficiis eius. Especially, precious metal electroplating (such as silver or gold plating) can provide low contact resistance to maintain excellent conductivity and welding performance.