CIXIN MACHINERY TECHNOLOGY
CNC-Milled Automotive Structural Component
Precision-milled component engineered for automotive structural applications, optimized for complex geometries and high-strength materials.
- Maßgenauigkeit: ±0.02–0.05 mm depending on geometry
- Materialverträglichkeit: High-strength aluminum alloys, Technische Kunststoffe
- Complex Features: Deep slots, intersecting planes, multi-surface structures
- Oberflächengüte: Smooth milled surfaces, Ra ≈ 1.6–3.2 μm
- Batch Support: Prototype to low/medium-volume production runs
Freigeben:
- Beschreibung
- Spezifikation
- Anwendung
- HÄUFIG GESTELLTE FRAGEN
This CNC-milled part demonstrates advanced milling capabilities for automotive applications, specifically designed to meet stringent dimensional tolerances while accommodating intricate features such as intersecting planes, Tiefe Schlitze, and multi-surface structures.
Manufactured from high-strength aluminum alloys or engineering plastics, the component ensures structural integrity and reliable performance in critical assemblies. Multi-axis CNC machining combined with precision fixturing enables high repeatability and minimal material stress, supporting everything from prototype validation to low- and medium-volume production runs. The result is a robust, Genau, and assembly-ready part capable of meeting demanding automotive engineering standards.
| Parameter | Spezifikation |
| Prozessgenauigkeit | ±0.02–0.05 mm (abhängig von der Geometrie) |
| Materialien | Aluminiumlegierungen, Technische Kunststoffe |
| Oberflächengüte | Smooth milled, Ra ≈ 1.6–3.2 μm |
| Feature Types | Deep slots, intersecting planes, multi-surface structures |
| Batch-Läufe | Prototype → Low/Medium volume |
| Vorlaufzeit | 7–15 working days (je nach Komplexität & batch size) |
- Selbstfahrend: Battery mounts, structural supports, precision assembly components
Frage 1: What materials are suitable for this component?
Aluminum alloys and engineering plastics are supported, optimized for automotive structural use.
Frage 2: What kind of geometric complexity can be achieved?
Multi-surface machining, Tiefe Schlitze, and intersecting planes are achievable using multi-axis CNC milling.
Frage 3: What tolerances are maintained during production?
Dimensional tolerances of ±0.02–0.05 mm are reliably maintained depending on the feature complexity.
Frage 4: Can both prototype and small-batch production be supported?
Ja, this component can be produced from prototypes to low- and medium-volume production runs.
Frage 5: Welche Oberflächenveredelungen gibt es??
Smooth milled surfaces (Ra ≈ 1.6–3.2 μm) are standard; additional finishing options can be applied if required.
