AEROSPACE
Next-Gen Structural Components
The Challenge
The aerospace sector demands the impossible: components that must withstand extreme temperatures, hypersonic velocities, and decades of cyclic loading while maintaining tolerances measured in microns. Traditional manufacturing methods struggle to meet these requirements, often requiring extensive post-processing, multi-piece assemblies, and costly quality control.
Tensor machines are deployed across aerospace manufacturing facilities worldwide, producing everything from single-piece titanium wing spars to precision turbine disks for next-generation jet engines. Our isothermal forging and multi-axis milling systems enable manufacturers to achieve aerospace-grade quality at production speeds.
Key Industry Challenges
Tensor's Approach
Tensor's aerospace solutions combine precision milling, isothermal forging, and real-time quality verification to produce components that exceed industry standards. Our FUSION CORE multi-axis systems achieve tolerances of ±1μm on complex geometries, while MAGMA PRESS isothermal forging ensures uniform grain structure in superalloy turbine components.
Every machine is equipped with in-process inspection systems and full traceability, meeting the most stringent aerospace certification requirements. From prototype to production, Tensor machines deliver the precision and reliability that aerospace demands.
Deployed Systems
Tensor machines engineered specifically for this sector's unique demands.
Real Results
See how Tensor machines are solving critical challenges in aerospace.
Single-Piece Titanium Wing Spars
Using the STRATA-90 to forge single-piece titanium spars, eliminating 400+ rivets per wing assembly.
"The STRATA-90 transformed our manufacturing process. We went from 72-hour assembly to 8-hour forge cycles."
Precision Hip Implant Manufacturing
Achieving surgical-grade precision for custom titanium hip implants using FUSION CORE multi-axis milling.
"The precision we achieve with FUSION CORE has directly improved patient outcomes. Rejection rates dropped to near-zero."
Isothermal Forging of Turbine Disks
Producing critical jet engine components with MAGMA PRESS isothermal forging technology.
"MAGMA PRESS gave us the metallurgical control we needed for next-gen turbines. Our failure rate in testing dropped to zero."
Specifications
Materials Processed
- •Titanium (Grade 5, 23)
- •Inconel 718/625
- •Aluminum 7075-T6
- •Carbon Fiber Composites
Tolerances Achieved
- •±1μm (precision milling)
- •±0.05mm (forging)
- •Ra 0.2μm (surface finish)
Certifications
- •AS9100D
- •NADCAP
- •ISO 9001:2015
- •EASA Part 21
Ready to Deploy?
Speak with a aerospace sector specialist about your manufacturing challenges.
Request Sector Consultation