Impressio has been awarded an Agreement from the U.S. Army Combat Capabilities Development Command (DEVCOM) to expand LCE-Lattice Liners for combat helmets to increase Warfighter Comfort. Impressio is seeking military volunteers to provide feedback on our helmet liners and to produce a comfortable combat helmet liner. If you are interested in providing feedback on our liners, please view the attached flyer with our contact information for the project.
Impressio.tech
Industrial Machinery Manufacturing
Denver, Colorado 895 followers
Materially transforming the most important products in the world.
About us
Impressio is focusing on developing ultra-dissipative materials for a wide range of applications from protective safety equipments (helmet liners and paddings) to medical devices (orthopedic implants). Our liquid-crystal elastomer materials have extreme energy absorbing properties over a broad range of temperatures and frequencies - outperforming traditional viscoelastic materials. Furthermore, we have strong intellectual property protecting our highly versatile manufacturing process.
- Website
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https://www.impressio.tech/
External link for Impressio.tech
- Industry
- Industrial Machinery Manufacturing
- Company size
- 2-10 employees
- Headquarters
- Denver, Colorado
- Type
- Privately Held
- Founded
- 2017
- Specialties
- Medical Device, Liquid Crystalline Elastomers, Materials, Polymers, Safety Protective Equipment, Orthopedic Implants, Ultra-dissipative materials, Liquid Crystal Elastomers, 3D Printing TPU SLS, Energy Absorption, Vibration Dampening, Engineering Solutions, Innovation, and R&D
Locations
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Primary
7270 Gilpin Way
Ste 120
Denver, Colorado 80229, US
Employees at Impressio.tech
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James D. Rall, PhD
CTO | Project Manager | R&D | Creative Problem Solver | Physicist | Service-oriented Leadership | West Coast Swing Dancer
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Josh Ray
Chairman and Chief Executive Officer at Impressio Inc.
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Mike Stevens
Chairman and Chief Executive Officer at Impressio Inc.
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Tristan Collette
Mechanical Engineer
Updates
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Impressio will be presenting at two exciting Symposiums that promise to enlighten and inspire! Whether you’re looking to expand your knowledge, network with industry professionals, or simply feed your curiosity, these Symposiums are a path forward. The SAFE Symposium will be held at the Virginia Beach Conference Center. Symposium Dates - October 21st - 25th Dr. James Rall, CTO of Impressio will be presenting data from our LCE-Lattice Liners to attendees. Presentation Date - Wednesday, October - 23rd at 3:00pm The 94th Shock and Vibration Symposium will be held at the Hyatt Regency in Downtown Dallas. Symposium Dates - November 3rd - 7th Dr. James Rall, CTO and Dr. Amir Torbati, CSO & President will be presenting data during three sessions on various LCE applications. Presentation Dates & Topics - (1) LCE-integrated CLD Session 5 – Tuesday at 3:45 pm, (2) LCE-Lattice technology, Session 6 – Tuesday at 5:00 pm, and (3) LCE-integrated timing release block, Session 14 – Wednesday at 11:40 am. Don’t miss out! Visit the following links for more information. https://lnkd.in/fKEzxnC http://www.savecenter.org/ Looking forward to seeing you there!
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Introducing a groundbreaking collaboration between Impressio and Resonac, an innovative LCE (Liquid Crystal Elastomer) composite that redefines the standards of thermal conductivity and flexibility. Through pioneering research and development, this partnership has yielded a material of unparalleled excellence, boasting the highest thermal conductivity in its class while maintaining flexibility. This cutting-edge composite opens doors to a myriad of applications across various industries, from advanced electronics to aerospace technologies and electric vehicles. Experience the future of thermal management and flexibility with Impressio and Resonac's groundbreaking LCE composite. To delve deeper into the subject, we encourage you to explore our latest ACS publication titled "Higher-Order Structural Analysis of a Transparent and Flexible High Thermal Conductive Liquid Crystalline Elastomer Sheet and Its Composite" available at https://lnkd.in/e-kWPFhF.