Titanium (TC4)
TC4 (titanium alloy Ti-6Al-4V) is an extremely versatile material and is widely used in the medical field because of its excellent biocompatibility. Titanium alloy 3D printing is ideal for manufacturing medical implants because the technology can design parts into hollow structures and create complex surface geometries (such as porous structures) that provide anchor points for bone and tissue growth. In addition, TC4 has excellent specific strength (strength-to-weight ratio) and corrosion resistance, which also makes it one of the preferred materials in the aerospace industry.
Dimensional Stability
High Strength
Toughness
Rigidity
Heat Resistance
Lead Time
5~9 days
Tolerance
± 0.2% (minimum of ± 0.2mm)
Min. Order
1
Reference Unit Price Range
1.08 - 2.40
Advantages
- High Strength
- Lightweight
- Corrosion Resistance
- Biocompatibility
Disadvantages
- Higher cost
- Lower surface quality
Performance Snapshot
Material Characteristics at a Glance
Relative performance profile across key engineering parameters. Values are contextual — not absolute stress ratings.
Heat Resistance
ExcellentSource score: 5/5
Corrosion Resistance
ExcellentSource score: 5/5
Dimensional Stability
ExcellentSource score: 5/5
High Strength
ExcellentSource score: 5/5
Toughness
ExcellentSource score: 5/5
Weather Resistance
HighSource score: 4/5
Rigidity
HighSource score: 4/5
Lightweight
MediumSource score: 3/5
Thermal Conductivity
MediumSource score: 3/5
Surface Finish Options
Surface Finish Options
Available finish options for Titanium (TC4).
As Printed
Color
Silvery-gray
Surface
Ra 15-35 μm (as-built SLM)
Accuracy
± 0.2% (minimum of ± 0.2mm)
Polishing
Surface result
Smoother, glossier visible surfaces where geometry allows
Best for
Improving smoothness and gloss on Titanium (TC4) parts used for end-use metal parts, where geometry permits.
Note
Confirm edge retention and dimensional impact on Titanium (TC4); fine features may soften during polishing.
Sand Blasting
Surface result
Uniform matte texture
Best for
Creating a uniform matte texture on Titanium (TC4) parts used for end-use metal parts and display or functional prototypes.
Note
Confirm masking and feature retention on Titanium (TC4); abrasive blasting can change texture and soften fine details.
Laser Engraving
Marking result
Permanent text, logo, or identification marking
Best for
Adding permanent text, logos, or identification to Titanium (TC4) parts used for end-use metal parts.
Note
Confirm contrast, marking depth, and heat sensitivity on Titanium (TC4) before production.
Anodizing
Surface result
Protective anodized surface treatment for titanium parts
Best for
Applying anodizing to Titanium (TC4) parts used for end-use metal parts.
Note
Confirm material compatibility, geometry, and acceptance criteria for Titanium (TC4) before applying anodizing.
Shot Peening
Surface effect
Compressive surface treatment for metal parts
Best for
Improving the surface condition of Titanium (TC4) metal parts used for end-use metal parts and load-bearing applications.
Note
Confirm alloy response, dimensional tolerance, and surface coverage on Titanium (TC4); process settings affect the final surface condition.
Heat Treatment
Mechanical result
Adjusted strength, hardness, or stress-relief depending on the alloy
Best for
Adjusting the strength, hardness, or stress state of Titanium (TC4) parts for end-use metal parts and demanding functional use.
Note
Confirm alloy-specific cycle, dimensional change, and post-treatment requirements for Titanium (TC4) before production.
Industries & Applications
Where Titanium (TC4) Delivers
Industrial Manufacturing
- End-use metal parts
- Functional prototype testing
- Assembly testing
- Mounting brackets
- Deformation-resistant functional parts
Equipment
- End-use metal parts
- Functional prototype testing
- Assembly testing
- Energy equipment parts
- Mounting brackets
Automotive
- End-use metal parts
- Functional prototype testing
- Assembly testing
- Automotive functional parts
Aerospace
- End-use metal parts
- Functional prototype testing
- Assembly testing
- Aerospace structural parts
Defense
- End-use metal parts
- Functional prototype testing
- Assembly testing
- Defense parts
- Defense components
Shipbuilding
- Prototype marine equipment components
- Custom fixtures and maintenance aids
- Low-volume engineering validation builds
- Functional fit-check parts
Marine
- Prototype marine equipment components
- Custom fixtures and maintenance aids
- Low-volume engineering validation builds
- Functional fit-check parts
Technical Specifications
Design Guidelines
Material Properties
Process & Dimensional Specs
Ready to Order?
Upload your 3D file and receive a quote for Titanium (TC4) parts. Typical turnaround is 5~9 days from order confirmation.
Every order includes: Dimensional inspection report · NDA-ready file handling · Pre-shipment QC photography · DDP door-to-door logistics · Engineering review on request
Talk to a Process Engineer
Have a tight-tolerance or complex geometry requirement? Our engineers review your drawing before quoting to flag potential issues.
Compare & Decide
Related & Alternative Materials
SLM · Metals
Aluminum (AlSi10Mg)
SLM · Silvery-gray
AlSi10Mg is a relatively soft but versatile aluminum alloy material. Thanks to its relatively low cost, excellent machinability and formability, this material is widely used in many industrial fields and is currently one of the most commonly used metals. The construction industry is the main application area for this material, followed by general engineering. AlSi10Mg exhibits excellent thermal and electrical conductivity. Its thermal conductivity is about one-half that of copper, and its electrical conductivity is about two-thirds that of copper.
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