FORMIGA
P 110 CMF

 

Industrial ColdMetalFusion Machine for Titanium (Ti‑6Al‑4V) Production

System Data Sheet
Key Features

Industrial ColdMetalFusion System for Titanium (Ti‑6Al‑4V) Production

The FORMIGA P 110 CMF is the first industrial ColdMetalFusion (CMF) system built on a proven EOS platform. It enables cost-efficient production of titanium components—especially impellers, diffusers, flow components and housings—for pumps, valves, and other industrial applications. The solution is optimized for CMF feedstocks developed by Headmade Materials and offers a reliable, low-temperature metal workflow with casting-like economics and additive manufacturing design freedom.

Titanium Casting Alternative

Produce titanium parts with geometries that casting and forging cannot achieve—thin walls, complex internal flow paths, undercuts, and freeform blade structures. CMF enables design optimization without tooling.

Low-CAPEX Entry into Metal AM

Built on the widely deployed FORMIGA P 110 platform, the CMF version leverages established polymer SLS mechanics, minimizing initial investment compared to laser-based metal AM systems.

Support‑Free Titanium Production

Print complex Ti‑6Al‑4V components with no support structures. Impellers, diffusers, and flow components can be produced flat for maximum productivity and repeatability.

Sinter-Based Titanium Properties

CMF delivers Ti‑6Al‑4V components with high-density, homogeneous microstructure, and excellent corrosion resistance—ideal for demanding pump and valve environments.

100% Feedstock Reusability

CMF powder is fully recyclable, lowering operating costs and enabling consistent builds without powder aging effects.

Compact Footprint & Easy Integration

The FORMIGA P 110 CMF fits into standard production environments and integrates seamlessly with existing debind/sinter furnaces used in MIM workflows.

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.

Technical Data
Technical Data
FORMIGA P 110 CMF
BUILD VOLUME 200 x 250 x 330* mm (7.9 x 9.8 x 13.0 in)
Laser Type CO₂; 1 x 30 W
Presicion Optics 1 F-theta-lens(es); 1 High-speed scanner(s)
Scan Speed up to 5.0 m/s (16.4 ft/s)
Power Supply 1 x 16 A
Power Consumption max. 5.0 kW / typical 3.0 kW
Machine Dimensions 1320 x 1067 x 2204 mm (52.0 x 42.0 x 86.8 in)
Recommended Installation Space min. 3200 x 3500 x 3000 mm (126.0 x 137.8 x 118.1 in)
Weight approx. 600 kg (1323 lbs)

* M 290 Series: including build platform and application dependent. M 300, M 400 & M4 ONYX Series: including build platform.

** For machine dimensions, please contact us

Materials & Processes

Materials & Processes

The FORMIGA P 110 CMF achieves exceptional detail accuracy and repeatability, powered by a stable CMF polymer-metal feedstock that ensures uniform printing and 100% reusable powder performance.
Software Solutions that Scale to Your Needs

EOS Build

All job and parameter optimization of EOSPRINT with ready-to-use EOS Material Sets - and more - now available as subscription model for efficiency and flexibility in additive manufacturing.

EOS Build offers a new approach to the industry-leading job and process optimization EOSPRINT software with ready-to-use EOS Material Sets, via two new subscription plans.

All EOSPRINT features to optimize build jobs and the process parameters make it a go-to solution for metal additive manufacturing (AM) are now available in the EOS Build and Build+ Plans.

The included high-quality "EOS Material Sets" for all standard materials are designed to deliver excellent results in the first run, saving time and money.