The @HarpoonVentures team has been an awesome addition to our cap table since co-leading our seed round. If you are serious about building technologies that support and defend the interests of the United States, you are going to want to have them on your cap table too!

Our headquarters is already in Miami, Florida.

Energy storage is getting a real overhaul, and at @myelinvc we’re proud investors in @Material_HM. They make batteries a design enabler: shape the cell to match the product, not the product to match the cell. Can’t wait to see what can be built when batteries stop being the constraint that defines the device and engineers get a better, faster, denser option in their toolkit.

The mission: To reshape the future of batteries. Congrats to our portfolio company @Material_HM - working relentlessly to commercialize this technology.

.@Material_HM announced it had raised a $7.1M seed round. The company is taking aim at a surprisingly persistent problem: Batteries power nearly everything we write about, yet they’re rarely designed for the platforms they actually serve—like drones. tectonicdefense.com/3d-print…

proud to have MATERIAL as a Takton industry partner. go Gabe! go MATERIAL!

So... we’re focused on a simple idea: stop treating batteries as a fixed constraint and rethink HOW energy is manufactured and integrated into real systems. I greatly enjoyed talking to @barratt_dewey about how this approach is taking off in defense and UAS applications. Thx Tectonic Worth a read: tectonicdefense.com/3d-print…

PRESS UPDATE📢📢📢 @Material_HM has raised a $7.1M Seed round and awarded a $1.25M Phase II SBIR contract with the U.S. Air Force to rethink how energy is made. For too long, product design has been dictated by the battery. MATERIAL is making energy adaptable to the product, unlocking new freedom in performance, endurance, and design. This is just the beginning.

Incredible Founder, incredible team, incredible product.... Couldn't be more excited to back @gabednconfused as well as the entire @Material_HM team!

🇺🇸🇺🇸🇺🇸🇺🇸

When I was a kid I loved sci-fi; worlds where manufacturing was instant, precise, and limitless. Star Trek, Fifth Element, etc... What felt impossible then is now achievable. At MATERIAL, we’re building that future by reinventing how batteries are made through through advanced manufacturing.🔋

Control panels power factories, refineries, and treatment plants. They also power R&D labs building the next breakthrough. We shipped one to @material_HM, a startup 3D printing batteries to dramatically increase energy density.

the battery used to dictate form. now form dictates the battery. ⚡️ at Material, we print energy directly into the contours of your product. wearables, drones, medical devices — no rigid cells, no compromise. raising $5M seed this fall.

Our new website is live. Thanks @zeusjones! Dead space is truly dead because now HYBRID3D™ makes power disappear into design. ⚡️ Explore the platform ⚡️ See the data ⚡️ Watch power reimagined ⚡️ materialhybrid.com

I think it's wild how deep the denial runs when it comes to batteries. People don’t realize how fragile the current state of battery tech really is—and how much of it is built on dependency, not innovation. (a thread on commercial battery)

We had alternatives. We still have alternatives. But instead of investing in the future, we became obsessed with monopolizing supply and chasing the illusion of “cheap.”

Flag placement is up next 🇺🇸

If you missed it, @thepitchshow gave @gabednconfused the mic and he told a few investors what is the real magic behind Material’s battery printing technology (materialx.co).

Rebuild American Industry!

@Material_HM's 3D-printed battery development continues with our 523 LMNC cathode, representing the 3rd unique battery chemistry printed this year. The 523 LMNC cathode shown is fabricated with our Beta 2.0 HYBRID3D manufacturing system that integrates FDM and Nanocomposite extrusion with a low-power DMLS process. Our specialized method allows for precise control of the microstructure and performance. This innovation eliminates the current collectors, resulting in freestanding cathodes. Initial test data suggest good electrochemical performance. The smooth voltage profile and substantial capacity utilization indicate the effectiveness of our method. The end-of-charge voltage fluctuations are likely attributed to the formation of the SEI layer on the lithium anode, and have already been rectified. materialx.co