The Titanium Casting Alternative for
Complex Pump & Valve Components

ColdMetalFusion on the FORMIGA P 110 CMF 

Why Titanium Casting Holds You Back

Titanium Casting Limits Your Pump & Valve Designs

  • Inability to create complex flow paths or thin walls
  • High tooling cost for small to mid‑volume production
  • Long lead times and unpredictable variability
  • Restrictive geometries that prevent performance optimization

Cold Metal Fusion (CMF) is a modern titanium casting alternative that eliminates the need for tooling, unlocks internal channels, and accelerates engineering cycles. Use CMF to produce corrosion-resistant titanium impellers, diffusers, and housings at a casting-level cost with 3D printing-level design freedom.

ColdMetalFusion (CMF) combines the advantages of 3D printing with the advantages of Powder Metallurgy to create a 3D printing solution that will enable the transition into industrial 3D printing with a robust process. Learn more about the different steps of the CMF process in this video.

Why CMF Is the Titanium Casting Alternative

A New Manufacturing Standard for Titanium Pump & Valve Components

Design Freedom Beyond Casting & Forging

  • Support‑free printing of impellers
  • Integrated channels, overhangs, lattice structures
  • Optimization for weight, efficiency, flow

 

Casting‑Like Economics at Mid‑Volumes

 

  • Low CAPEX: polymer SLS base machine
  • 100% reusable feedstock
  • High yield, low scrap, no tooling

Industrial Titanium Mechanical Properties

  • Ti‑6Al‑4V with proven fatigue and corrosion performance
  • Sintered density comparable to PM/MIM titanium
  • Reliable performance in fluids, chemicals & sterilization

How ColdMetalFusion Works

CMF Produces High-Performance Titanium Without Casting
  1. 3D printing: Polymer‑metal feedstock is selectively laser sintered into robust green parts
  2. De-bindering: Polymer binder is removed cleanly and safely
  3. Sintering: Parts achieve near‑MIM titanium density and mechanical properties
Cold Metal Fusion Process Chain

FORMIGA P110 CMF Platform

Industrial CMF Performance on the FORMIGA P 110 CMF

KEY FEATURES

  • Titanium‑compatible powder handling
  • Pneumatic‑assisted feeding
  • Optimized grounding & cabling for safety
  • CMF‑specific oxygen & thermal monitoring
  • Validated process windows by Headmade Materials
  • Seamless integration into standard debind/sinter ovens
FORMIGA P110 CMF - The EOS Solution

Proven Titanium Applications

Field Proven in Critical Pump & Valve Applications

Chemical Processing & Water Treatment

Titanium parts with superior corrosion resistance and optimized flow paths.

Hygienic Food‑Processing Pumps

Lightweight, corrosion‑resistant, CIP/SIP‑ready titanium

High‑Pressure Impellers

Complex blades, thin walls, support‑free builds.

Casting vs. ColdMetalFusion

 

Why CMF Outperforms Titanium Casting
Metric 
Titanium Casting
CMF Titanium
Thin walls
Limited
✔ Excellent
Internal channels
Impossible
✔ Fully printable
Tooling
Required
✔ None
Small volumes
Expensive
✔ Ideal
Lead time
Months
✔ Weeks
Surface quality
Variable
✔ Consistent
CMF gives you the geometric freedom of AM with the economics of a true titanium casting alternative.
 

Ready to Replace Casting for Your Titanium Components?