Holy technologies Headquarters & Office Locations

Holy technologies (Private) is headquartered in Hamburg, Hamburg, Germany. Founded in 2022, the company operates across 1 countries with approximately 8 employees worldwide.

Where is Holy technologies's main office?

Holy technologies's main headquarters office is located at Hamburg, Free and Hanseatic City of Hamburg, Germany, Hamburg, Hamburg . This serves as the company's primary corporate address and is home to its executive leadership team.

Holy technologies regional offices

Beyond its headquarters in Hamburg, Holy technologies maintains 3 offices across 1 countries. Regional offices span 1 countries.

Holy technologies contact information

The main switchboard for Holy technologies headquarters can be reached at 494022898147. For investor relations, visit holy-technologies.com/investor-relations.

What does Holy technologies do?

Holy Technologies develops a software-centric additive manufacturing system that is extremely scalable, to transform industrial composite manufacturing. The company has the ambition to help innovation leaders across industries - from orthopaedic tech over automotive to aircraft and wind - to make their structural composite components up to 50% cheaper, 30% lighter and 100% recyclable. The technology addresses 80% of the components in the multi-billion dollar composite market, from carbon fiber to other composite materials. To date, Holy works with customers from the automotive and orthopaedic industries. Mobility hardware has a weight problem. By reducing weight, we can enhance battery performance and increase payloads, allowing vehicles-whether terrestrial, aerial, or maritime-to move across greater distances with less energy consumption. Composites are best suited for the task. Yet, we need a fresh category of composite manufacturing: one that's radically more affordable and sustainable. Radical improvement will make composites viable for a much broader array of applications, thereby substituting heavier materials, and triggering a dramatic lightweighting impact that can reach Co2-savings in the magnitude of gigatons.