GreenTape™ 9KC LTCC and Ag Metallization for mmWave 5G Wireless Devices／ITRI

DuPont™ GreenTape™ 9KC Low Temperature Co-fired Ceramic (LTCC) system with Ag metallization is known for the lowest dielectric loss at Df ≤ 0.0009 throughout the 5G millimeter wave wireless communication frequencies. This system enables economic mass production for high reliability modules featuring heterogenous IC packaging, antennae, signal routing.

4D (3D+Dissimilar) Printed of Solid State Process／MRIDC

This technology can combine additive design of dissimilar metals through friction stir welding, and form various 3D structural dissimilar aluminum alloy parts through additive manufacturing method of solid state process. This technology can maintain the characteristics of the raw materials and complement the characteristics of dissimilar metals.

Corrosion-Resistant, Surface Hardening System Equipment for Austenite Stainless Steel／MIRDC

The Corrosion-Resistant, Surface Hardening System Equipment for Austenite Stainless Steel provides continuous intelligent processing procedures, which gives stainless steel objects high hardness and high corrosion resistance; meantime, it has the advantages of mass production processing and lower production costs. The system provides innovative solutions for the stainless steel industry.

Continuous Tracking Surgical Assistance System (CTSAS)／MIRDC

CTSAS is the first surgical navigation system using the dodecahedral marker which has maximum viewing angles and greatly reduces the tracker’s volume. Combined with real-time visualization and navigation corrections of patient’s anatomy, the system can track each vertebra for improved accuracy, especially in the procedure of multilevel spinal surgeries.

Digital M^® functional resin material: Drops on where functionality is needed upon fabric／TTRI

Digital M^® is polyol polyurethane resin material, with moisture swelling & shrinking function. When it encounters moisture, arises a moisture swelling shrinkage effect, to create an “airflow channel”. In summer, which reduces sticky feeling by over 45%; in winter, it maintains the temperature. It is suitable for digital jetting use.

SILVTEA Multi-Applicable Silver Conductive Ink／TTRI

Based on the conductive ink co-developed with NRC, TTRI has utilized our textile expertise to improve the stability of the conductive ink and develop a laundry-resistant, free direction knead technical textile component with the following four major fields to applicate: Heating Module, Display Module, Signal-Transmission and Physiological Sensing.