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定制精密CNC铝合金夹持支架
定制精密CNC铝合金夹持支架

Precision Machined Parts

Custom High-Precision CNC Machined Aluminum Clamp Brackets & Split-Collar Shaft Mounts

定制级高精密 CNC 铝合金开缝夹持支架 / 导轨轴支座 / 双孔定位固定块

Aviation-Grade 6061/7075 Aluminum · Micro-Tolerance Bore Fit (±0.005 mm) · Premium Anodized Finish

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CAPABILITY & SPECIFICATION

Manufacturing & Engineering Review

Key Selling Points & Value Proposition

Micron-Level Bore Precision & Non-Destructive Clamping (±0.005 mm)

Machined with ultra-precise 4/5-axis CNC high-speed milling and fine-boring techniques. The split-collar clamping structure delivers 360-degree uniform radial grip on optical shafts, linear guide rails, and motor spindles without scoring or deforming the shaft surface.

Aircraft-Grade Aluminum Alloy (6061-T6 / 7075-T6 / 6082)

Engineered from solid forged aluminum blocks for exceptional strength-to-weight ratio, structural rigidity, and vibration dampening in high-speed dynamic automation and robotic assemblies.

Corrosion-Resistant Aesthetic & Hard Anodizing (Type II / Type III)

Available in customizable surface finishes including bead-blasted matte anodizing (Titanium Grey, Electric Blue, Obsidian Black, Silver) and MIL-A-8625 Type III hard anodizing (up to 50 µm thickness) for maximum wear resistance and electrical insulation.

Flexible Complex Geometry & Dual-Bore Multi-Axis Configurations

Easily customizable with multi-angle mounting holes, precision locating pin recesses, integrated threaded boss studs, and dual-axis offset bores tailored to sensors, cameras, lasers, and spindle tools.

Rapid Prototyping to High-Volume Production with 24-Hour DFM

Fast turnaround from 1-off prototypes (3–5 days) to scaled volume orders. Comprehensive DFM review provided to optimize toolpaths and minimize machining cycle costs.

Quality Assurance & Inspection Workflow

Material Chemical & Hardness Certification: 100% incoming raw material inspection with original Mill Test Reports (MTR).

First Article Inspection (FAI): Complete dimensional and geometrical tolerance verification on initial parts before mass CNC milling.

In-Process Bore Geometry Verification: Optical and air-gauge verification for bore roundness, straightness, and cylindrical run-out.

Anodizing Layer Thickness & Salt Spray Testing: Standard 48–96 hour salt spray resistance verification and coating thickness gauge testing.

Full Dimension CMM Report & Protective Packaging: Each shipment is accompanied by a full CMM quality report and individually packed in custom pearl-foam trays to avoid scratch damage during international transit.

🚀 Need Custom Precision CNC Machined Components?

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Accepted Formats: STEP (.stp), IGES (.igs), Parasolid (.x_t), DXF, DWG, PDF

Guaranteed Response: Receive a formal quote, cycle time analysis, and DFM report within 24 hours.

Direct Engineering Support: [Request a CNC Machining Quote / Upload CAD Files]