EOS M400 HIPed Ti64 Build Plate | M400 HIPed Ti64 Build Platform

The M400 HIPed Ti64 Build Platform is produced via powder metallurgy and hot isostatic pressing (HIP), ensuring 100% density and compliance with AMS 4994A. Designed specifically for titanium LPBF production on EOS M400 systems, this HIPed titanium build plate minimizes internal porosity, eliminates micro-voids, and provides a fine-grain microstructure for superior mechanical integrity.

With its large 360×400mm surface and full 76.2mm thermal mass, this titanium HIPed build platform delivers exceptional heat distribution during extended build cycles. The result is reduced warping, lower residual stress, and consistent first-layer adhesion across the entire build area.

For aerospace and medical manufacturers, the M400 HIPed Ti64 Build Platform is critical to maintaining material traceability and preventing iron contamination that can occur when printing titanium on steel plates.

Manufactured in California, USA, this platform is built for demanding, certified production environments.

Key Features & Benefits​

• Large Format 360×400mm Build Area: Utilize the full capacity of your M400 system for larger titanium components or multiple parts in a single build, maximizing productivity and reducing cost per part.
• Hot Isostatically Pressed Ti-6Al-4V: HIP processing eliminates internal porosity and micro-voids, significantly enhancing fatigue resistance and extending service life under demanding production conditions.
• Full 76.2mm Thermal Mass: Provides exceptional thermal stability throughout extended build cycles, minimizing distortion and residual stress in large-scale titanium components.
• Critical for Material Certification: Essential for aerospace and medical applications where iron contamination must be avoided and full material traceability is required.
• Precision-Ground Surface: Machined to exacting flatness standards to ensure perfect first-layer adhesion and consistent performance across the entire large build area.

Country of Origin: USA, CA

APPLICATIONS

Ideal For:

• Aerospace: Large structural components, engine parts, and airframe structures
• Medical: Multiple implants per build or large surgical guides and instruments
• Industrial: Large-scale prototypes, automotive racing components, and marine applications
• Service Bureaus: Maximizing throughput and ROI on M400 systems

Hot isostatic pressing (HIP)

Hot isostatic pressing (HIP) is a materials fabrication process in which a starting powder or a remolded shape is simultaneously subjected to both high temperatures and high isostatic pressures, using a gas transfer medium.
This technique has developed from an invention conceived before the 1960s, used initially for the primary purpose of fabricating clad nuclear fuel elements and referred to as “gas pressure bonding”.
Today, it is employed for a broad range of metallic and nonmetallic materials. The three most common industrial applications are post densification of cemented carbides, sintering of specialty steels and the healing of super alloy and titanium castings.