KyooBe Tech
Engineering company developing automated and modular manufacturing platforms for pharmaceuticals. Core activities include development and commercialization of low-energy electron irradiation (LEEI) systems for rapid pathogen inactivation and modular, fully automated platforms for cell and gene therapy manufacturing. Works with academic research institutes and industrial partners to move concepts from prototype to GMP-ready systems.
Industries
Nr. of Employees
small (1-50)
KyooBe Tech
Max-Lang-Straße 56/1, 70771 Leinfelden-Echterdingen, Baden-Wuerttemberg, Germany
Products
Lab-scale low-energy electron irradiation unit (lab/pilot)
A lab/pilot closed-process irradiation unit that applies defined low-energy electron doses to thin liquid films or chip-based samples for pathogen inactivation and feasibility testing.
Modular automated manufacturing platform for cell & gene therapy
A modular, cube-based production matrix composed of independently operable GMP-capable units to perform segmented and fully automated workflows (enrichment, isolation, activation, gene transfer, expansion, formulation) without manual production staff.
Lab-scale low-energy electron irradiation unit (lab/pilot)
A lab/pilot closed-process irradiation unit that applies defined low-energy electron doses to thin liquid films or chip-based samples for pathogen inactivation and feasibility testing.
Modular automated manufacturing platform for cell & gene therapy
A modular, cube-based production matrix composed of independently operable GMP-capable units to perform segmented and fully automated workflows (enrichment, isolation, activation, gene transfer, expansion, formulation) without manual production staff.
Services
Laboratory and pilot feasibility studies to determine irradiation dose, assess pathogen inactivation (including 6-log reduction testing), and compare existing methods with irradiation-based alternatives.
User-centered workshops, complexity management and consulting to analyze, design and optimize manufacturing ecosystems and enable process transfers to biotech clients.
Collaborative development projects with industrial and research partners to advance prototype systems into GMP-ready manufacturing modules.
Laboratory and pilot feasibility studies to determine irradiation dose, assess pathogen inactivation (including 6-log reduction testing), and compare existing methods with irradiation-based alternatives.
User-centered workshops, complexity management and consulting to analyze, design and optimize manufacturing ecosystems and enable process transfers to biotech clients.
Collaborative development projects with industrial and research partners to advance prototype systems into GMP-ready manufacturing modules.
Expertise Areas
- Pathogen inactivation and sterilization methods
- Vaccine process development
- Cell and gene therapy manufacturing
- Automation and modular manufacturing systems
Key Technologies
- Low-energy electron irradiation (LEEI)
- Thin liquid-film (liquid roll) processing
- Chip-based closed-process units
- Modular cube-based automated manufacturing
News & Updates
Received a grant to support development work related to pathogen inactivation technology.
Established licensing relationship with an experienced filling and packaging systems provider to support scale-up and integration.
Foundation of the engineering company focusing on LEEI and modular manufacturing platforms.
Introduction of an updated research prototype for low-energy electron irradiation systems.
Entry into the market with a lab-scale pilot low-energy electron irradiation device.
Project stemming from Fraunhofer research (LEEI) has received recognition linked to Fraunhofer innovation/prize activities.
Received a grant to support development work related to pathogen inactivation technology.
Established licensing relationship with an experienced filling and packaging systems provider to support scale-up and integration.
Foundation of the engineering company focusing on LEEI and modular manufacturing platforms.
Introduction of an updated research prototype for low-energy electron irradiation systems.
Entry into the market with a lab-scale pilot low-energy electron irradiation device.
Project stemming from Fraunhofer research (LEEI) has received recognition linked to Fraunhofer innovation/prize activities.