A new wave of innovation is moving into building HTC 7
From regenerative implants and iron fuel technology to next-generation batteries and advanced 3D printing, the companies establishing and expanding to HTC 7 are working on technologies with global impact.
While lab infrastructure was already in place, the High Tech Campus Site Management team, led by Emiel Westerhof and Rik Creemers have transformed the building over the past year into a flexible multi-tenant environment for advanced technical and cleanroom activities. Residents now have access to specialized facilities that are difficult to find elsewhere in the region.
We are excited to welcome new residents as well as support existing Campus companies in their next phase of growth:
Hitachi High-Tech officially opened an Innovation Center in HTC 7 this year. The new center will collaborate with leading research institutes and deep tech companies to accelerate innovation, bringing AI-driven, electron beam and advanced semiconductor technologies to market faster.
RIFT is a Dutch cleantech scale-up developing Iron Fuel Technology, a circular energy solution that uses iron powder as a clean and recyclable fuel for industrial heat applications. Originating from the student team SOLID at Eindhoven University of Technology (TU/e), the company is helping industries reduce their dependence on fossil fuels and accelerate the transition to sustainable energy systems. At High Tech Campus Eindhoven, RIFT is realizing a specialized R&D lab at HTC 7, where it can directly connect to the Campus’ chemical infrastructure to support larger and safer experimental setups, parallel testing, and the accelerated development of its breakthrough Iron Fuel Technology.
Xeltis: a pioneering MedTech company with Dutch roots and operations across Europe and the US, focused on developing regenerative vascular implants. Originating from Nobel Prize-winning research in supramolecular chemistry by Prof. Jean-Marie Lehn, the company has built its proprietary Endogenous Tissue Restoration (ETR) platform to create implants that regenerate the patient’s own living tissue. At High Tech Campus Eindhoven, Xeltis will establish a tailor-made cleanroom and technical production environment at HTC 7, supporting the company’s next phase of clinical scaling and commercialization of its breakthrough vascular technologies.
VIVOLTA, specialist in electrospun medical implant manufacturing is realizing a dedicated facility at HTCE in building HTC 7. The new facility will host 400 square metres of ISO Class 7-qualified cleanrooms and MediSpin™ production lines, VIVOLTA’s proprietary platform for high-throughput medical-grade electrospinning.
Novenda develops an advanced multi-material 3D printing solution for dental products. Their team is no stranger to our Campus. They opened their printing lab in HTC 9 in 2021 and have a material development lab at Brightlands Chemelot Campus. Now they are taking their next step in HTC 7.
LionVolt accelerates electrification by developing and manufacturing next-generation battery cells from Europe. The company’s proprietary 3D anode architecture delivers over 50 to 100% more energy density than conventional lithium-ion, with fast charging and high power delivery. Currently applied in lithium-ion cells, the architecture is designed to scale across sodium-ion and solid-state chemistries. Already located at HTC 27, LionVolt is now expanding its technical and office space at HTC 7 to support the scaling of its advanced battery technologies. LionVolt is also part of the NXTGEN Hightech Energy consortium, which is based at HTCE.
Congratulations to all current, and future residents of building HTC 7. We are proud to have you!
Interested in High Tech Campus Eindhoven’s cleanroom and lab offer?
Our Campus provides cleanroom and lab spaces for advanced R&D, testing, and pilot production. With flexible facilities, integrated infrastructure, and numerous potential partners at walking distance, you can develop, test, and scale technologies faster.
