Case Study
Use Case
Latest initiatives
Case Study
HIPed samples
Casting product of heat resistance steel
Aluminum alloy impeller
Diffusion bonding of Copper & Aluminum
Diffusion bonding of stainless steel & Copper
Diffusion bonding of stainless steel and titanium alloy, and aluminum alloy and titanium alloy
HOM damper
Heat treatment samples
Aerospace
Airplane part Stress relief heat treatment of Ti-6Al-4V
Aerospace
Manifold tube Solution treatment / age hardening of airplane parts
Aerospace
Stationary blade Solution treatment /age hardening of precision castings
Brazing processed examples
Gas turbine honeycomb seal Ni brazing
Optical equipment Ni brazing of SUS
Waveguide Ag brazing of SUS and Cu
Brazed cooling plate Aluminium alloy
Diffusion bonded Titanium part with a hollow structure
Diffusion bonded heat exchanger plate Ni alloy
Example welded products
Tig welding
Welded bellows connecting pipe
Samples of Additive Manufacturing
Aviation
Turbine blades additively manufactured from Titanium aluminide, TiAl. An example of the three stages of as built, HIPed, and machined finish.
※Manufactured as a part of Cross-ministerial strategic innovation promotion program (SIP)
Power Generation
3D printing & HIP - Able to achieve high value-added complex shapes without casting molds for the build
Bicycle
Bicycle parts additively manufactured to achieve a reduction of weight using a 3D lattice structure with a 0.5mm thickness plate and high elasticity.
※Photo credit : Triple Bottom Line & CEREVO
Interior design
An example of additively manufactured interior design for lights, expressing organic shapes through additive manufacturing. The design was chosen for additive manufacturing due to being difficult to create using existing or traditional methods.
※Photo credit: Triple Bottom Line
R&D
An example of Metal Technology Co. Ltd.’s ability to utilize both topology optimization structure design and effective lattice structures to create parts that are cost effective, better suited to the customer’s needs, reduced weight, and technically superior.
Medical Equipment
An additive manufactured medical piece for the orthopedic field which can be custom-made through a 3D printed design and process.
