Linkedin-in Facebook-f
Technologies
Researchers
Portfolio Companies
Lab Capabilities
  • About Us
    • About Us
    • Staff and Board of Directors
  • Industry & Investors
    • Partnership Models
    • Venture Funds
    • Courses
  • Success Stories
  • Media Center
    • News
    • Podcasts
    • Press Releases
  • Faculty & Researchers
  • Contact Us
  • Download Yissum Deck
  • About Us
    • About Us
    • Staff and Board of Directors
  • Industry & Investors
    • Partnership Models
    • Venture Funds
    • Courses
  • Success Stories
  • Media Center
    • News
    • Podcasts
    • Press Releases
  • Faculty & Researchers
  • Contact Us
  • Download Yissum Deck
Briefcase Loading...

Check all that apply

Portfolio Category: Chemistry Materials & Nanotechnology

AMAT (S) PTE.

Printable copper inks
Chemistry Materials & Nanotechnology

AMAT (S) PTE.

Printable copper inks

Established in 2018 by

Prof. Shlomo Magdassi

BD Contact

Anna Pellivert

Summary

Chemistry Materials & Nanotechnology
Linkedin-in

Celluflux

Transforming renewable carbohydrates into useful chemical products
Chemistry Materials & Nanotechnology

Celluflux

Transforming renewable carbohydrates into useful chemical products

Established in 2019 by

Prof. Yoel Sasson

BD Contact

Anna Pellivert

Summary

CelluFlux develops catalytic processes to transform renewable carbohydrates into useful chemical products that can find use in a wide range of application.

Chemistry Materials & Nanotechnology
Linkedin-in

Daika Wood

Daika has developed a new material which is 100% natural materials (no plastics or petroleum-based materials) and wood waste.
Chemistry Materials & Nanotechnology

Daika Wood

Daika has developed a new material which is 100% natural materials (no plastics or petroleum-based materials) and wood waste.

Established in 2020 by

Prof. Shlomo Magdassi

BD Contact

Dr. Ilya Pittel

Summary

Daika has developed a process for creating a new material made from wasted wood and other natural materials. Its process enables wood materials to be extruded, molded, or printed, opening up new opportunities and applications for shaping and processing wood. The company demonstrated an initial proof of concept in industrial manufacturing processes. The resulting products retained the unique characteristics of wood, such as its warmth, feel, and acoustics, as well as the ability to be processed like regular wood.

Chemistry Materials & Nanotechnology
Linkedin-in

NOGA 3D Innovations

Noga3D developing 3d printing materials based on epoxies
Chemistry Materials & Nanotechnology

NOGA 3D Innovations

Noga3D developing 3d printing materials based on epoxies

Established in 2021 by

Prof. Shlomo Magdassi

BD Contact

Anna Pellivert

Summary

Chemistry Materials & Nanotechnology
Linkedin-in
ADDRESS

Hi-Tech Park, Edmond J. Safra
Campus, Bungalow 2.6
Givat-Ram, Jerusalem
P.O. Box 39135
91390 Israel

CONTACT US
  • Phone: +972-2-658-6688
  • Email: [email protected]
FOLLOW US
Twitter Linkedin-in Facebook-f Youtube
COPYRIGHT
Twitter Linkedin-in Facebook-f Youtube
  • About Us
    • About Us
    • Staff and Board of Directors
  • Industry & Investors
    • Partnership Models
    • Venture Funds
    • Courses
  • Success Stories
  • Media Center
    • News
    • Podcasts
    • Press Releases
  • Faculty & Researchers
  • Contact Us
  • Download Yissum Deck
Technologies
Researchers
Our Portfolio Companies
Lab Capabilities
Briefcase Loading...