Metall-CNC-Bearbeitung

JADE-CNC supports metal CNC machining for drawing-defined aluminum, Edelstahl, Kupfer, Messing, Titan, legierter Stahl, and other engineering metal parts. This page helps you compare metal machining methods, material choices, surface finish options, tolerance planning, and inspection requirements for prototypes, low-volume parts, and repeat production.

  • Material and stock form matched to the drawing
  • Mahlen, drehen, Bohren, EDM, and finishing route reviewed
  • Tolerance and inspection scope planned around critical features
  • Prototyp, geringe Lautstärke, and repeat production support
CNC machined metal part
5 axis CNC machined metal impeller

What Is Metal CNC Machining?

Metal CNC machining shapes metal blanks through milling, drehen, Bohren, klopfen, EDM, and finishing operations using computer-controlled equipment. JADE-CNC supports CNC milling machining for CNC milling metals, as well as turned metal components, Prototypen, Vorrichtungen, Gehäuse, Klammern, Wellen, and production parts that need stable dimensions and repeatable inspection.

Arten der CNC-Metallbearbeitung

During RFQ machining review, JADE-CNC confirms the material grade, Lagerform, Bearbeitungstoleranz, Oberflächenbeschaffenheit, documentation needs, and schedule based on the drawing and available supply. For aluminum metal cutting, machining aluminum parts, or producing other metal components, our team checks machinability, Zugang zum Gerät, burr risk, coating impact, and inspection method before production.

CNC turning for metal parts

CNC-Drehen von Metall

The workpiece rotates while the cutting tool removes material, making turning suitable for shafts, Buchsen, Stifte, Ärmel, Gewindeteile, and other cylindrical metal components.

CNC milling for metal parts

CNC-Fräsen von Metall

Rotating cutting tools remove material from a fixed workpiece, making milling suitable for plates, Gehäuse, Klammern, Taschen, Slots, komplexe Konturen, and precision metal features.

CNC drilling for metal parts

Metall-CNC-Bohren

Wird zum Erstellen von Löchern und Gewinden verwendet.

Wire EDM for metal CNC machining

Drahterodieren

Wird zur Bearbeitung von leitfähigen Metallen mit hoher Härte oder komplexen Geometrien verwendet.

What JADE-CNC Reviews Before Metal CNC Machining

Metal parts can fail manufacturing expectations when material, Geometrie, Oberflächenbeschaffenheit, Toleranz, and inspection requirements are treated separately. JADE-CNC reviews these points together so the machining route can match the drawing and application.

Metal grade and stock form review for CNC machining

Metal Grade and Stock Form

Materialqualität, Härte, stock size, blank allowance, gleichwertige Materialoptionen, and documentation needs are checked before machining route planning.

Machining route and tool access review for metal CNC parts

Machining Route and Tool Access

Mahlen, drehen, Bohren, klopfen, EDM, and multi-axis access are reviewed around pockets, Löcher, Threads, deep features, Innenecken, and setup direction.

Burr deformation and heat control review for metal CNC machining

Burr, Deformation, and Heat Control

Dünne Wände, sharp edges, soft metals, hard alloys, heat buildup, and stress release are reviewed to reduce burrs, Verzerrung, Werkzeugspuren, and dimensional movement.

Surface finish and corrosion protection review for metal CNC parts

Surface Finish and Corrosion Protection

Eloxieren, Passivierung, Überzug, schwarzes Oxid, Polieren, Perlenstrahlen, Malerei, and masking are matched to material, Funktion, Aussehen, and corrosion exposure.

Inspection and documentation review for metal CNC machined parts

Inspektion und Dokumentation

Kritische Dimensionen, Ebenheit, Gewinde passen, Lochposition, Passflächen, Materialaufzeichnungen, and dimensional reports can be coordinated according to project requirements.

Von uns belieferte Metallbearbeitungsmaterialien

Metal CNC machining is widely used when parts require strength, thermal stability, Leitfähigkeit, Korrosionsbeständigkeit, or tight tolerances. JADE-CNC helps engineers choose suitable metals based on performance, Bearbeitbarkeit, beenden, kosten, und Vorlaufzeit.
Metal Material Reference

Common Metals for CNC Machined Parts

Different metals require different machining strategies, tolerance planning, Oberflächenveredelung, and inspection attention. The table below helps buyers compare common CNC metals before sending an RFQ.

These are typical material-selection references, not fixed production guarantees. JADE-CNC reviews the final material grade, drawing tolerance, beenden, Inspektionspflicht, and application environment during RFQ and DFM review.
Metall Am besten für Watch-outs Typical CNC Parts Related Finish Options
Aluminium 6061Balanced machining, kosten, Gewicht, und KorrosionsbeständigkeitLower strength than 7075Gehäuse, Vorrichtungen, Paneele, heat-transfer partsEloxieren, Perlenstrahlen
Aluminium 7075High-strength lightweight componentsHigher cost; thin-wall stress and distortion may matterStructural brackets, Robotikteile, precision framesHartanodisieren, Perlenstrahlen
Edelstahl 304Corrosion-resistant general stainless partsMore difficult to machine than aluminumIndustrial parts, medical device components, VorrichtungenPassivierung, Polieren
Edelstahl 316Stronger corrosion resistance in demanding environmentsHigher cost and machining difficultyMedizinisch, Marine, chemical-exposure partsPassivierung, Elektropolieren
Copper C110Thermal and electrical conductivitySoft material; burr and deformation control matterHeat-transfer parts, conductive components, RF partsPolieren, Vernickelung
Brass C360Stable, efficient machining and clean finishLower conductivity than pure copperFittings, Anschlüsse, DrehteileNickel plating, Polieren
Kohlenstoffstahl 1018Cost-effective general mechanical partsRequires finish for corrosion protectionWellen, Teller, Klammern, machinery componentsBlack oxide, zinc plating, Malerei

Need help selecting a metal for CNC machining?

Teilen Sie Ihre Zeichnung, required metal grade, Oberflächenbeschaffenheit, Toleranz, and quantity so JADE-CNC can review machinability and quote requirements.

Fordern Sie ein Angebot an

Vorteile der CNC-Metallbearbeitung

JADE-CNC engineer reviewing metal CNC machining project

Präzision und Genauigkeit

Supports drawing-based tolerances and repeatable inspection for reliable metal part quality.

High Repeatability & Stability

Gewährleistet eine gleichbleibende Teilequalität vom Prototyping bis zur Produktion mittlerer Stückzahlen.

Komplexe Geometrien

Kann komplizierte Formen und mehrachsige Merkmale in einer einzigen Aufspannung erzeugen.

Vielseitigkeit

Geeignet für eine Vielzahl von Metallen, Teilegrößen, und Produktionsmengen – vom Prototypen bis zur Massenproduktion.

Kosteneffizienz

Reduziert Abfall, Arbeit, und Fehler, Bietet ein hohes Preis-Leistungs-Verhältnis für kleine bis mittlere Stückzahlen.

Nachhaltigkeit

Merkmale 100% wiederverwertbarer Abfall und hohe Materialausnutzung.

Applications of Metal CNC Machining

JADE-CNC supports custom metal machining for electronics, Robotik, Automatisierungsgeräte, Industriemaschinen, communication hardware, precision fixtures, and other drawing-defined metal part applications.
JADE-CNC-Ingenieurteam für kundenspezifische Fertigungsprojekte

Get Your Custom Metal CNC Machining Parts Today!

Send your metal part drawings with material grade, Menge, Toleranzhinweise, Oberflächenbeschaffenheit, und Inspektionsanforderungen. JADE-CNC can help align the machining route, finish process, and inspection scope with the approved drawing.

FAQ

Ja. If the drawing allows equivalent material, JADE-CNC can review available grades and confirm whether the substitute matches the functional and manufacturing requirement.

Tolerance depends on part size, Material, Geometrie, aufstellen, Wandstärke, und Inspektionsmethode. Critical tolerance zones should be marked clearly on the drawing.

Ja. Common options include anodizing, Passivierung, Überzug, schwarzes Oxid, Perlenstrahlen, Polieren, Malerei, and other finishes depending on material and application.

Ja. Harder materials may require slower cutting, more tool wear control, additional setup planning, or post-machining treatment, which can affect cost and lead time.

Burrs can come from sharp edges, dünne Wände, soft metals, intersecting holes, Slots, and tool exit areas. Deburring requirements should be confirmed for functional and cosmetic surfaces.

Aluminum and brass are usually easier to machine than stainless steel, Titan, and hardened tool steel. The final machining plan depends on grade, Geometrie, Toleranz, and finish requirement.

Ja. JADE-CNC can support prototype, geringe Lautstärke, and repeat metal CNC machining when drawings, Material, Menge, Toleranz, and finish requirements are available.

Useful files include 3D CAD models, 2D-Zeichnungen, Materialqualität, Menge, Oberflächenbeschaffenheit, Toleranzhinweise, Inspektionsanforderungen, and any assembly or packaging requirements.

Mark critical dimensions, Threads, Ebenheit, hole positions, Passflächen, and functional areas on the drawing. JADE-CNC can align inspection scope with the project requirement.

JADE-CNC can review aluminum, Edelstahl, Kupfer, Messing, Bronze, Baustahl, Werkzeugstahl, Titan, Magnesium, and other engineering metals according to the drawing and material requirement.