Applicable scenarios
This series of components are suitable for applications such as aircraft-mounted sensor mounting bases, aerospace carrier body connection points, and auxiliary transmission components of aircraft engines. They cover projects like civil aircraft support and commercial aerospace mass production trials. During the daily operation phase, they can directly fit into the standard clamping positions of the existing production lines without the need for additional modification of fixtures and tools.

Structural and Material Processing
The products are manufactured using mainstream materials such as aerospace-grade aluminum-lithium alloy, titanium alloy, and high-temperature alloys. After forming, they undergo processes such as deburring and passivation, micro-arc oxidation, and hard anodizing. All mating surfaces undergo point contour measurement checks. The material's weather resistance and fatigue resistance meet the general process requirements for aerospace support. Daily maintenance does not require special coating maintenance. Storing in a regular cleanroom environment can meet the long-term storage requirements.

Key Parameter Points
The mating tolerances of regular batch products cover IT6-IT9 levels. The shape and position tolerances can be adapted according to the requirements of the drawings. The single reassembly range is 10g-25kg. Special requirements parameters can be confirmed by phone. The products undergo three shape and position tolerance rechecks before leaving the factory, matching the assembly cycle requirements of subsequent assembly, avoiding the reduction of overall assembly yield due to single component precision deviations.

Customization and Matching Capabilities
Supports full-parameter non-standard customization. The processing technology can be adjusted according to the 3D drawings provided by the customer. Adaptability optimization can be done for production line renovation projects. The manufacturer supplies directly without any intermediate links. The process redundancy can be flexibly adjusted according to the project budget to meet different procurement requirements.

Delivery Cycle and After-sales
The standard product's lead time for regular batches is 3-7 days. The debugging cycle for non-standard customized parts can be negotiated as needed. Precision verification guidance is provided, assisting customers in establishing standard maintenance check procedures to reduce subsequent maintenance costs and ensure the overall production line's operating rate.

Q1: What special inspections are required for the daily maintenance of these aerospace components?
A: During the daily operation phase, only the shape and position tolerances of the key mating surfaces need to be checked with a micrometer every 3 months. Check for any damage to the surface oxide layer caused by knocks. No additional anti-corrosion reinforcement treatment is required. The storage environment should maintain the regular temperature and humidity requirements of a cleanroom.

Q2: How is the process for modifying the drawings for customized parts coordinated?
A: After receiving the customer's drawings, the process engineer will issue a feasibility assessment report within 2 working days. All details will be confirmed before production. The processing progress can be synchronized throughout the process without the need to coordinate multiple intermediate links.