Custom Aerospace and Drone Parts Manufacturing
PartsMake provides precision manufacturing for engineers and procurement teams requiring high-strength, lightweight, and complex geometry components.
Move from CAD file to flight-ready part with focused control of material integrity, dimensional stability, and stringent tolerance requirements.
5-axis
Complex multi-sided machining
CMM
Critical dimension verification
24–48 hr
Manufacturability feedback
Built for demanding geometry
Lightweight structures, thin-wall housings, aerodynamic contours, and integrated mounting features.
Before production
Engineering review before the first tool path
We do not start machines until we understand the part. Every project submitted to PartsMake undergoes a technical review covering CAD files, material specifications, and GD&T requirements.
The objective
Identify manufacturing risks before production begins, helping protect dimensional accuracy, tool life, and material performance.
DFM optimization
Identify features that may cause deformation, chatter, or excessive tool wear.
Tolerance feasibility
Verify that critical dimensions are achievable within the selected manufacturing method.
Material selection
Balance weight, thermal resistance, and strength against the part’s application requirements.
Complex geometry control
5-axis machining for lightweight, flight-ready structures
Modern drone frames, satellite components, and aerospace housings often require multi-sided machining. 5-axis capability allows intricate shapes to be produced in fewer setups, reducing error accumulation and improving dimensional accuracy.
Thin-wall machining
Specialized fixturing and low-stress machining strategies help produce thin-walled housings and panels without warping or chatter.
Structural optimization
Remove excess material from non-critical areas to achieve aggressive weight targets while preserving load-bearing capacity.
Complex contours
Handle aerodynamic surfaces, heat sink fins, and integrated mounting points in a single operation where appropriate.
Design priorities
Optimize mass without compromising performance
Our review process connects geometry, fixturing, material behavior, and inspection requirements before production starts.
Thin-wall
Reduced deformation risk
5-axis
Fewer setups
High-strength
Aerospace alloys
CMM
Measured critical features
Material expertise
Aerospace alloys selected for strength, weight, and thermal stability
We maintain access to standard aerospace alloys and specialized materials for demanding structural and thermal applications.
| Material | Strength-to-weight | Typical tolerance | Surface finish (Ra) | Primary application |
|---|---|---|---|---|
| Aluminum 7075-T6 | High | ±0.01 mm | 0.8–1.6 µm | Structural frames, brackets |
| Aluminum 2024 | High | ±0.01 mm | 0.8–1.6 µm | Fatigue-resistant parts |
| Titanium Ti-6Al-4V | Very high | ±0.015 mm | 0.4–0.8 µm | Engine parts, fasteners |
| Inconel 718 | High, thermal | ±0.02 mm | 0.4–1.6 µm | Thermal management, exhaust |
Surface finishes can be enhanced through secondary processing such as hard coat anodizing, chem-film (alodine), and passivation.
Quality assurance
Control deformation. Verify critical dimensions.
Dimensional verification is as important as machining itself, especially for thin-walled components and complex geometries.
Deformation control
Account for material stress relief with iterative operations so parts remain within tolerance after fixture removal.
CMM inspection
Verify critical dimensions using Coordinate Measuring Machines against exact drawing requirements.
Traceability
Provide material certifications and inspection reports to support your quality management system.
Scalable production
From prototype to low-volume production
Choose a manufacturing pathway that matches your development stage, quantity, and validation needs.
Rapid prototyping
Use CNC and 3D printing to provide functional prototypes for fit-and-function testing.
Pilot production
Transition to production-grade materials and processes to validate the manufacturing workflow.
Low-volume production
Support repeat production runs with consistent quality across every delivered part.
Request your quote
Ready to review your aerospace or drone component?
Send your CAD files, technical drawings, material specifications, and quantity requirements. Our engineering team will review your documentation and provide manufacturability feedback within 24–48 hours.
Accepted CAD formats: STEP, IGS, SLDPRT
Email:
Office:
Share your project requirements
Include drawings, target materials, critical tolerances, and estimated quantities whenever available.