EOS M400 Ti-6Al-4V Build Plate | M400 Ti64 Build Platform for Metal 3D Printing
$4,750
The M400 Ti64 Build Platform is a large-format Ti-6Al-4V titanium build plate engineered for EOS M400 systems. Designed for aerospace, medical, and high-value industrial applications, this titanium platform provides unmatched material purity, thermal stability, and repeatable LPBF performance.
Need a titanium build platform for a different printer model or custom dimensions? Request a custom quote — we manufacture precision titanium build plates and additive manufacturing platforms for most metal AM systems.
-
Material:
Ti-6Al-4V
-
Platform:
M400
-
Dimensions:
14.173×15.748×2.9 in, 360×400×73.66 mm
Need more than 200 build plates, express delivery or official request?
Request a quote✔ Custom & Made-to-Order Options — we can manufacture build platforms to your exact specifications, including non-standard sizes, materials, or thicknesses.
✔ Standard & Express Delivery — choose between regular shipping or expedited delivery for urgent projects.
✔ Bulk Order Discounts — special pricing and priority handling for orders of 50 units or more.
✔ End-to-End AM Expertise — as a full-service additive manufacturing integrator, we provide not only build plates but also testing, technology selection, and production support for optimized performance.
-
Categories:
Materials, Metal Build Plates 3D Printing Materials, Standard
| Quantity | Price per plate 6-8 weeks delivery | Price per plate 2-3 weeks express delivery |
|---|---|---|
| 1-5 | $4750.00 | $5200.00 |
| 5-10 | $4655.00 | $5096.00 |
| 10-50 | $4513.00 | $4940.00 |
| 50-200 | $3250.00 | $4000.00 |
- Description
- Details
- Materials
- FAQ
- Documents
- Videos
- Review
Description
The M400 Ti64 Build Platform is engineered for precision titanium 3D printing on EOS M400 and M400-4 systems. Constructed from pure Ti-6Al-4V (Ti64), it provides a titanium-on-titanium printing surface that eliminates iron contamination, ensuring chemical purity required for aerospace, medical, and certified industrial applications.
With a 360×400mm build area and 76.2mm thickness, this titanium build platform offers superior thermal mass for stable, stress-minimized LPBF printing of large or complex titanium components. Precision-ground machining ensures flatness across the platform, delivering consistent first-layer adhesion and predictable performance from edge to edge.
Key Features & Benefits
- Pure Ti-6Al-4V Construction: Guarantees absolute material compatibility and prevents cross-contamination during titanium printing.
- Large 360×400mm Build Platform: Supports large titanium parts or high-volume batch production.
- Full 76.2mm Thermal Mass: Maintains thermal stability during long-duration titanium builds, reducing warping and internal stress.
- Precision-Ground Surface: Flatness tolerances ensure consistent layer adhesion across the entire build area.
- Direct EOS M400 Compatibility: OEM-engineered for seamless installation on EOS M400 and M400-4 systems.
Why Choose Titanium Build Plates for Titanium Printing?
- Zero Cross-Contamination: Prevents iron migration from steel plates into titanium parts.
- Certification Compliance: Meets stringent traceability requirements for aerospace (AS9100) and medical (ISO 13485) applications.
- Superior Thermal Compatibility: Matched thermal expansion reduces stress during printing.
- Industry Best Practice: Recommended for serious titanium production.
Ideal For
-
Aerospace: Large structural components, engine parts, and airframe assemblies.
-
Medical & Dental: Orthopedic implants, surgical instruments, and dental frameworks.
-
Automotive Racing: Lightweight structural components and performance parts.
-
High-Value Industrial: Any application requiring titanium’s high strength-to-weight ratio.
The EOS M400 Ti-6Al-4V Build Plate is the essential foundation for certified titanium additive manufacturing at scale, providing reliability, precision, and uncompromised material purity.
- Brand Additive Plus
- Country of origin USA
- Material Ti-6Al-4V
- Platform M400
- Package 1 plate, 10 plates, 5 plates, 50 plates
- Dimensions 14.173×15.748×2.9 in, 360×400×73.66 mm
Materials
The M400 Ti64 Build Platform is designed specifically for:
-Ti-6Al-4V powders (Ti64)
-Aerospace-grade titanium alloys
-Medical and high-value titanium components
Its titanium-on-titanium interface ensures purity, reduces contamination risk, and supports critical LPBF processing parameters.
-
Ti-6Al-4V
Frequently asked questions
How does the M400 Ti64 Build Platform maintain material purity for titanium LPBF printing?
The M400 Ti64 Build Platform is made from Ti-6Al-4V, providing a titanium-on-titanium surface that eliminates iron contamination and ensures chemical purity required for aerospace and medical applications.
Can the M400 Ti64 Build Platform be used as a direct replacement EOS M400 build plate?
Yes. This titanium build platform is fully OEM-compatible with EOS M400 and M400-4 systems.
How does the 76.2mm thickness of the titanium build platform affect thermal stress?
The full thermal mass ensures even heat distribution, reducing residual stress, warping, and dimensional variation in large or complex titanium parts.
Is the M400 Ti64 Build Platform suitable for batch production of titanium components?
Yes. The 360×400mm large-format platform supports high-volume batch printing with consistent first-layer adhesion and predictable LPBF performance.
How does the titanium build platform prevent cross-contamination?
Using a Ti64 base plate eliminates iron migration from steel, ensuring all titanium prints meet strict chemical and certification requirements.
Can the titanium building platform be resurfaced?
Yes. Proper machining can restore flatness and extend operational lifespan while maintaining material purity.
What industries benefit from the M400 Ti64 Build Platform?
Aerospace, medical and dental manufacturing, automotive racing, and high-value industrial titanium production.
Can custom titanium build platforms be made for other printer models?
Yes. We provide custom Ti64 platforms for most industrial metal AM systems on request.
Documents
Videos
