Precision CNC Machined Aluminum Structural Component

• Material: Aluminum alloy (e.g. 6061‑T6 or 7075‑T6)

• Manufacturing method: CNC milling + CNC turning + 5 axis CNC machining

• Axis count: 5 axis CNC milling

• Tolerance: ±0.01 mm (or per customer spec)

• Surface finish: Machined, Fine finish, Ra0.8 µm (or custom)

• Surface treatment options: Anodizing (type II / III), bead blasting, polishing, powder coating, passivation, plating

• Corrosion resistance: Yes, with anodized or protective coating

• Weight: light (due to aluminum)

• Structural integrity: high strength‑to‑weight ratio

• Wall thickness: variable, optimized design for rigidity

• Cutouts / slots / pockets: multiple geometries visible

• Mounting holes: threaded holes, clearance holes

• Countersinks / counterbores: present in design

• Chamfers / fillets: used to remove sharp edges and improve stress distribution

• Geometric features: ribs, flanges, supports

• Geometry complexity: moderate to high

• Symmetry: partially symmetric structure

• Assembly interfaces: mating surfaces, precision fit zones

• Fastener compatibility: bolts, screws, studs

• Thermal conductivity: good (aluminum property)

• Electrical conductivity: moderate (if untreated aluminum)

• Lightweight design: yes (structural optimization)

• Vibration damping: design consideration included

• Finish consistency: maintained across surfaces

• Cleanliness: degreased before final packaging

• Quality inspection: 100% inspection, CMM, dimensional check

• Certification: ISO 9001, RoHS compliance (optional)

• CAD formats accepted: STEP / IGES / STL / DWG / DXF

• Batch size: prototype to mass production

• Lead time: 7–21 days (depending on complexity and quantity)

• Packing: foam, anti‑rust oil, sealed in protective packaging

• Shipping: air, sea, express (customer‑selected)

• Customizable: fully customizable to drawing or sample

• Application fields: robotics, automation equipment, aerospace frames, industrial machines

• Variants: left / right handed, mirrored, alternate hole patterns