Cactus developed proprietary low temperature wafer bonding techniques application for various materials: Oxide Bonding (CZ and FZ Wafers), LiTaO3-Si, III-V to Si Wafer bonding, Multi-stack wafer alignment and bonding, and others.
Cactus Materials provides design service and low volume production of end-to-end solution on flextronics applications (i.e. OLED, Thin film Battery, BioMed Devices).
Development of a transferable and roll to roll manufacturing including raw materials (thin stainless steel SUS/PET/PEN substrate) using Cactus proprietary process.
Cactus is co-located with world class manufacturing facility at ASU Research park Flexible Electronics and Display Center (FEDC). Contact Cactus Engineering Team.
Cactus Materials has extensive experience in thin film growth and characterization.
Cactus has direct access to Aberration Corrected Transmission Electron Microscopy (TEM) at ASU (Nion, Titan) and Scanning Electron Microscopy (SEM), EELS, and HADFM.
Cactus Engineering team conducts research on thin film and TEM.
Multi-layer (40+) design and packaging.
Cactus partnered with one of the largest manufacturing facility in the world in Japan for high volume production.
All products are ISO & RoHS certified.
Cactus Ultra-Ceramic heaters for semiconductor, automotive, and medical applications.
Cactus developed process for a new product Ceraphene(TM), a Chemical Vapor Deposition (CVD) 2D graphene and Ceramic stacks of layers, for various applications.
Cactus is developing next generation materials and devices for energy and water in collaboration with university, national labs, and partners.
Cactus is selected one of the 25 companies in Energy for Early Stage "Thin Film Solid State Battery" by NASA itech (A joint effort by NASA and Department of Energy (DOE)'s Advanced Research Projects Agency-Energy (ARPA-E).
- Arizona State University (ASU), University of Washington (UW), University of Massachusetts Amherst (UoMA), and Many more..