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At AeroInfoTek, we take pride in delivering high-quality NC Programming, Fixture Design, and Inspection solutions across the aerospace, automotive, and industrial sectors. Our case studies showcase our technical excellence, innovation, and ability to meet complex engineering challenges with precision and efficiency.
Developed complete NC program and process plan ensuring dimensional accuracy and tool optimization for aluminum components. The project highlighted our capability in complex 5-axis machining setups and precision manufacturing.
This project highlights our capability in machining complex aluminum components using multi-setup strategies and efficient fixture systems. It presented a high-precision challenge due to its intricate geometry, thin-wall sections, and multiple cutouts across a wide planar surface.
Comprehensive 3D toolpath simulation and fixture design to ensure minimal tool deflection and high stability. Delivered error-free output within critical timelines.
Optimized machining strategy for high-strength aerospace component involving complex geometries. Achieved significant cycle time reduction with improved surface finish.
End-to-end NC Programming solution with special attention to toolpath optimization and machine utilization efficiency for lightweight aerospace bracket production.
Successfully executed titanium machining using advanced programming and tool selection methods to ensure tool life and precision in critical tolerance regions.
Demonstrated our expertise in handling polymer-based materials through precision fixture setup and optimized tool path generation to maintain dimensional consistency.
Handled complex contour geometries with multiple setups and intricate tool paths. Achieved enhanced accuracy through simulation, verification, and optimized machining strategies.
Machined a highly contoured aerospace component using advanced 3-axis strategies and adaptive roughing. Multi-face precision achieved via strategic fixturing to manage material stresses and maintain critical tolerances.
Delivered a high-precision rotational component with complex external features using a soft-jaw chucking method. The setup enabled rapid reorientation with minimal repositioning error.
Handled the challenges of machining hardened steel by leveraging rigid fixturing and optimized cutting strategies. Achieved dimensional accuracy and surface integrity across thin-wall features.
Utilized a dovetail-based fixturing system to produce a load-bearing aerospace fitting with critical hole and surface tolerances. Efficient setup changeovers ensured high repeatability and reduced cycle time.
Identify each characteristic on the drawing
Establish an organized method of capturing objective evidence that each drawing requirement is met
Recommended to ensure accuracy and completeness
Engineering Drawing
Drawing Study
Creating QC inspection numbers
Maintaining the Balloon size and Text size with reference of dimension text size
Preparing Ballooned Engineering Drawing
DISCUS Desktop
Ballooned Engineering Drawing
First Article Inspection Report
In-process Inspection Report
Prevent defective product flowing down the successive operations
Quality issues are often re-workable during the production phase and can be fixed before the final product is complete
Engineering Drawing
Characteristic Requirements
Updating the operational sequences
Comparing the program and dimension to update the operational sequence
Notes and special process study
DISCUS Desktop
Manual update to the Excel
In-Process Inspectional Report with Operational sequence update
Prevent defective product flowing down the successive operations
Quality issues are often re-workable during the production phase and can be fixed before the final product is complete
Engineering Drawing
Exporting the First Article Inspection Report from the DISCUS Desktop
Alignment of images in the Excel Report
DISCUS Desktop
Manual Alignment
First Article Inspection Report exported from DISCUS desktop software
