Defense & Aerospace Services
Rapid-Response Aerospace Machining Services
Precision Threading for Defense & Aerospace
Stewart Precision provides precision threading services for aerospace, defense, and energy applications requiring complex geometry and exacting performance standards.
Capabilities
- Threading for complex geometries and large-diameter components up to 22 inches
- Standard aerospace and defense threading applications
- Proprietary and custom thread designs
Turnkey Machining
Aerospace CNC Machining for Complex Components
Stewart Precision provides aerospace CNC machining capabilities designed to support demanding defense and aerospace applications. Our team specializes in precision aerospace components requiring tight tolerances, advanced geometries, and reliable turnaround times.
Part Types
- Advanced CNC machining with Haas, Mazak, HBM, and VTL equipment
- Complex, tight-tolerance machining for critical applications
- Prototype through low-volume production support
Materials
- Carbon Steel
- Stainless Steel
- Duplex & Super Duplex
- Superalloys
- Aluminum
- Exotic Metallurgies
*Others upon evaluation
Production
- Ideal for Small Quantity or Urgent Production Runs
- R&D & Pilot Product Projects
- Rapid-response manufacturing support
Quality Built into Every Component
Stewart Precision is committed to delivering precision aerospace components with rigorous quality standards and compliance-focused manufacturing processes.
AS9100D (PENDING)
Committed to aerospace-grade quality, traceability, and continuous improvement.
ISO 9001:2015 certified
Supports consistent quality management and continuous improvement across all operations.
ITAR COMPLIANT
Ensures controlled handling of sensitive defense-related products and technical data in accordance with U.S. regulatory requirements.
Dedicated Quality & Traceability Processes
Committed to aerospace-grade quality, traceability, and continuous improvement.
Contact Us
Reach out to our team to get uncompromising quality for your parts, delivered at the speed you need.