solid-state metal 3D-printing


 
A new solid-state metal additive manufacturing technology based on our non-melting, scalable multiple-material ultrasonic AM (SMAM) without a melting or liquefying process (patent pending).
 
 

 

 

key technologies


 

Artificial Intelligence

 

IHIO Technology has an extensive theoretical background and hands-on experience in artificial intelligence, including deep learning neural networks, genetic algorithms, random optimization, fuzzy logic, intelligent decision making, autonomous processing, and signal processing.

Blast-blocking Metamaterial

 

Nonlinear Multi-modal Metamaterial Structure (NoMMS) technology that provides Warfighter personal protection based on a unique shockwave-blocking metamaterial structure, which significantly reduces blast loading by up to nine orders of magnitude. 

Hybrid-Metal Additive Manufacturing

The key features of our proprietary non-melting, scalable multiple-material ultrasonic AM (SMAM) that uses high-intensity, clean, ultrasonic energy to bond dissimilar materials through instantaneous atomic diffusion without a melting or liquefying process in the additive building process. The SMAM was used to develop the Microgravity Multiple-Materials Additive Manufacturing (M3AM) system to identify and provide on-demand manufacturing solutions for fabrication, maintenance, and repair, which is required for NASA’s sustainable Exploration Missions.

noise Control

A new technology for noise reduction of small-caliber rifles has been developed and demonstrated. The invented pseud-active structures can be applied to other areas.

Mixed-Reality (MR) Robotics

We have designed a robot-human interface as a mixed-reality teleoperator system for remote operations, using visual-haptic feedback, an augmented-reality display, and advanced teleoperation controls.

numerical simulations

Our team is highly experienced in numerical simulations that implement mathematical models for non-linear physical systems or coupled designs.