Forming & Shaping Titanium: Precision Bending Solutions
Titanium Forming and Shaping Services
At Laube Titanium Mill Products, forming and shaping titanium to meet exacting design specifications is part of our network of titanium services. Whether you require precision bending, contouring, or shaping, our expertise ensures that your components are crafted with the highest accuracy and durability.
Why Choose Titanium for Forming and Shaping?
Titanium is renowned for its exceptional strength-to-weight ratio, corrosion resistance, and heat resistance, making it ideal for industries where performance is critical. However, working with titanium requires specialized knowledge and equipment to ensure precision and consistency.
Titanium Forming Shaping and Bending Capabilities
We utilize advanced techniques and state-of-the-art machinery to form titanium into complex geometries while maintaining its structural integrity. Our services include:
- Precision Bending – Custom bending solutions to achieve required angles and contours.
- Cold and Hot Forming – Utilizing both cold and heat-assisted forming techniques to enhance workability.
- Hydroforming & Press Braking – High-precision methods to shape titanium without compromising strength.
- Custom Fabrication – Tailored solutions to meet specific application requirements.
Learn more about titanium fabrication on our page, CNC Machining.
Here are a Few of The Many Titanium Industries We Service
- Aerospace & Defense – Aircraft components, structural supports, and specialty parts.
- Medical & Biomedical – Titanium implants, surgical tools, and medical device components.
- Automotive & Motorsport – Lightweight, high-strength components for performance vehicles.
- Marine & Offshore – Corrosion-resistant parts for marine applications.
Quality Assurance & Performance Testing For Titanium
Our Quality Control Measures
✔ Dimensional Accuracy Checks – Precision measurements to ensure components meet exact specifications.
✔ Material Integrity Testing – Non-destructive testing (NDT) methods to detect potential flaws or inconsistencies.
✔ Surface Finish Inspection – Verifying smoothness and uniformity for optimal performance and aesthetics.
✔ Mechanical Property Evaluation – Ensuring the formed titanium maintains strength, flexibility, and fatigue resistance.
Compliance & Certifications
We adhere to industry-leading standards to guarantee performance and reliability in titanium forming:
✔ ASTM & AMS Compliance – Meeting aerospace, medical, and industrial specifications.
✔ Traceability & Documentation – Full records on material properties, forming processes, and test results.
✔ Batch Consistency Assurance – Ensuring uniformity across all production runs for seamless integration.
If you would like to know more about the custom capabilities of metal forming, check out our on page on Custom Metal Forgings.
By combining advanced forming techniques with rigorous quality control, we deliver titanium components that exceed industry expectations. Contact us today to learn how our precision forming solutions can elevate your project!
Glossary of Bending, Shaping & Forming Titanium
1. Cold Forming
Deforming titanium at room temperature using mechanical force. Grade 1 and Grade 2 titanium are more suitable due to their ductility.
2. Hot Forming
Shaping titanium at elevated temperatures (typically 400°C–800°C), which reduces springback and cracking. Often used for aerospace parts.
3. Springback
The elastic recovery of titanium after bending. Titanium’s high elasticity makes springback significant, requiring over-bending or heat treatment.
4. Bending Radius
The minimum inner radius that titanium can be bent without cracking. It varies by grade; softer grades allow tighter radii.
5. Formability
Titanium’s ability to be formed without cracking or failure. Grades 1–3 are more formable than Grade 5 (Ti-6Al-4V).
6. Press Brake Forming
A method using a punch and die on a press brake machine to bend titanium sheets or plates. Tooling must be robust due to titanium’s strength.
7. Roll Forming
Continuous bending of titanium strip or sheet through successive rollers to form curves or profiles.
8. Hydroforming
Using high-pressure hydraulic fluid to form titanium sheets into complex shapes. Ideal for aerospace and automotive parts.
9. Stretch Forming
A process where titanium is stretched and simultaneously bent over a form or die. Used for large curved panels.
10. Annealing
A heat treatment used before or after forming to reduce internal stresses, improve ductility, and prevent cracking in titanium.
11. Work Hardening
The increase in titanium’s hardness and strength due to plastic deformation during cold forming. It can make subsequent shaping harder.
12. Deep Drawing
Forming titanium sheet into a cup or hollow shape by pulling it into a die with a punch. Used for medical and aerospace components.
13. Punching
A shearing process to create holes or shapes in titanium sheet. Requires sharp tools and often done before forming to prevent cracking.
14. Die
A custom-shaped tool used in press forming or stamping to shape titanium. Must be made from hard, wear-resistant materials.
15. Elastic Modulus
A measure of stiffness. Titanium’s relatively low modulus (compared to steel) contributes to its high springback during bending.
16. Ductility
Titanium’s ability to undergo deformation without fracture. Higher ductility improves formability.
17. Grain Structure
The crystalline structure of titanium. Fine, uniform grains improve forming performance and reduce risk of cracking.
18. Clamping Force
The amount of pressure required to hold titanium securely during forming operations. Titanium’s stiffness demands higher clamping forces.
19. Heat-Assisted Forming
Combines heat with mechanical force to improve formability and reduce required force. Especially useful with Grade 5 titanium.
20. Galling
A form of wear caused by adhesion between sliding surfaces. Common with titanium due to its tendency to stick to tools—mitigated with proper lubricants.
FAQs About Titanium Forming & Shaping
Q: Why is titanium a preferred material for forming and shaping?
A: Titanium’s high strength-to-weight ratio, corrosion resistance, and heat tolerance make it ideal for demanding applications in aerospace, medical, and automotive industries.
Q: What forming techniques are used to shape titanium?
A: We utilize precision bending, cold and hot forming, hydroforming, and press braking to achieve complex shapes while maintaining material integrity.
Q: Which industries benefit from titanium forming and shaping?
A: Aerospace, medical, automotive, and marine industries rely on shaped titanium components for lightweight strength, durability, and corrosion resistance.
Quality and Precision
At Laube Titanium Mill Products, we adhere to strict quality control standards to ensure every formed and shaped titanium component meets the highest industry specifications. Our team of skilled professionals works closely with clients to deliver solutions tailored to their exact requirements.
Whether you need a one-off prototype or large-scale production, our forming and shaping expertise guarantees superior results every time.
Get in Touch Need a custom titanium forming solution? Contact Laube Technology today to discuss your project requirements and discover how our expertise can benefit you.
Extended Resources For Titanium Forming and Shaping
For more information on forming and shaping titanium, check out the following sources:
Call us today (805-388-1050) to get a quick and easy quote, or fill out our contact form below.
Our Location
550 Via Alondra, Camarillo, CA 93012, United States