Precision Special-Shaped Cavity Mounting Base in 6061-T6 Aluminum Alloy for Industrial Automation Sensor Modules with High-Precision CNC Milling

This precision special-shaped cavity mounting base is a core mounting carrier customized for industrial automation sensor modules, small motor end covers and internal components of optical inspection equipment. With an integrated cavity structure, it undertakes the positioning, protection and fixation of precision components, perfectly adapting to high-cleanliness, high-stability industrial working conditions. It is widely used in automated production line inspection units, small servo motor end covers, internal components of medical testing instruments and other scenarios, providing reliable structural support and protection for precision components.

Core Material: 6061-T6 Aluminum Alloy (industry-standard precision machining aluminum alloy, adapting to the lightweight and structural strength requirements of this part)

Key Performance:

• Tensile strength ≥310MPa, yield strength ≥276MPa, with excellent fatigue resistance and dimensional stability
• Density is only 2.7g/cm³, realizing lightweight design of equipment while ensuring structural rigidity
• Natural corrosion resistance, can adapt to conventional industrial environments without additional coating, fully complying with RoHS and REACH environmental protection standards
• Excellent thermal conductivity, can assist internal components in heat dissipation and improve equipment operation stability

This part adopts 3-axis linkage CNC high-speed precision milling process, integrally cutting and forming from a solid aluminum bar, ensuring the integrity and sealing of the cavity structure.

• Core processes: large-size cavity milling, special-shaped contour processing, high-precision drilling/tapping, bottom positioning groove processing
• Auxiliary processes: high-gloss contour chamfering, deburring, surface brushing treatment, ensuring no sharp edges and iron chips inside the cavity
• Full CNC programming realizes one-time clamping forming, ensuring the consistency of cavity coaxiality and hole position accuracy

Machining Accuracy:

• Dimensional tolerance: ±0.015mm, strictly matching the assembly clearance of internal components
• Geometric tolerance: flatness of cavity bottom surface ≤0.03mm, hole position coaxiality ≤0.02mm
• Surface roughness: Ra≤1.6μm, smooth and burr-free inside the cavity, meeting the installation requirements of precision components

Usage Requirements:

• Adapt to a conventional working environment of -20℃~60℃, can withstand static installation load ≥500N
• No deformation or loosening during long-term use, ensuring the positioning accuracy and operation stability of internal components
• The inside of the cavity needs to maintain high cleanliness to avoid impurities affecting component performance

With heat treatment, adopting solution treatment + artificial aging (T6 state) process.

• Core purpose: eliminate processing internal stress, improve material strength and dimensional stability, avoid warpage and deformation of the cavity after long-term use, and ensure the lasting consistency of installation accuracy.

Natural color brushing treatment, retaining the original metallic texture of aluminum alloy.

• Process advantages: improve surface wear resistance and scratch resistance, optimize appearance texture, enhance the cleanliness retention inside the cavity, facilitate visual inspection and assembly positioning inside the equipment, fully meeting environmental protection requirements.

Implement a full-process closed-loop quality control system, strictly complying with ISO9001 quality standards:

• Raw material incoming: spectral material inspection to ensure alloy composition and mechanical performance meet standards
• Processing process: 100% geometric tolerance inspection, real-time monitoring of cavity size and flatness
• Final product inspection: appearance defect inspection, full dimensional inspection, cleanliness inspection, traceable inspection report for each batch
• Pre-delivery: internal cleaning treatment of the cavity to ensure no iron chips and impurities, meeting precision assembly requirements