New Horizon Biotech, Inc.
New Horizon Biotech is a company focused on innovative single-use microbial fermentation and cell culture bioreactor technology. They develop next-generation fermentors, bioreactors, and mixers designed for flexible, cost-effective, and reproducible production in biotechnology and pharmaceutical applications. Their mission is to drive industry evolution through industry experience, insight, and continuous innovation, enabling better bioprocessing solutions and scalability.
Industries
Nr. of Employees
small (1-50)
New Horizon Biotech, Inc.
Products
Modular single-use horizontal fermentor systems (microbial, 50–3000 L)
Skid-mounted horizontal pressurizable single-use fermentor systems for microbial cultivation, supplied as complete systems, expansion modules and sterile bags with internal magnetic agitation and sensor ports. Designed for high aeration and high power-density microbial processes.
Modular single-use horizontal bioreactor systems (mammalian cell culture, 50–3600 L)
Skid-mounted horizontal single-use bioreactor systems adapted for mammalian cell culture with low-shear pitched blade impellers, micro-spargers and multi-gas mixing capability; supplied as complete systems, expansion modules and sterile bags.
Single-use horizontal mixers for upstream and in-process operations (modular, 70–4200 L)
Horizontal single-use mixers for media/buffer preparation and other mixing unit operations, available as skidded systems, expansion modules and sterile bags with internal magnetically driven mixers and custom impeller options.
Modular single-use horizontal fermentor systems (microbial, 50–3000 L)
Skid-mounted horizontal pressurizable single-use fermentor systems for microbial cultivation, supplied as complete systems, expansion modules and sterile bags with internal magnetic agitation and sensor ports. Designed for high aeration and high power-density microbial processes.
Modular single-use horizontal bioreactor systems (mammalian cell culture, 50–3600 L)
Skid-mounted horizontal single-use bioreactor systems adapted for mammalian cell culture with low-shear pitched blade impellers, micro-spargers and multi-gas mixing capability; supplied as complete systems, expansion modules and sterile bags.
Single-use horizontal mixers for upstream and in-process operations (modular, 70–4200 L)
Horizontal single-use mixers for media/buffer preparation and other mixing unit operations, available as skidded systems, expansion modules and sterile bags with internal magnetically driven mixers and custom impeller options.
Services
Experimental testing and validation of mixing times and oxygen mass transfer on prototype working volumes prior to product deployment.
Computational fluid dynamics modelling to support mixing and oxygen transfer design and to corroborate experimental results.
Supply of complete modular single-use horizontal systems, expansion modules, mobile skids and associated consumable single-use bags.
Private meetings, needs assessments, and system demonstrations to evaluate fit of horizontal single-use systems to customer facilities and processes.
Experimental testing and validation of mixing times and oxygen mass transfer on prototype working volumes prior to product deployment.
Computational fluid dynamics modelling to support mixing and oxygen transfer design and to corroborate experimental results.
Supply of complete modular single-use horizontal systems, expansion modules, mobile skids and associated consumable single-use bags.
Private meetings, needs assessments, and system demonstrations to evaluate fit of horizontal single-use systems to customer facilities and processes.
Expertise Areas
- Single-use bioreactor and fermentor design
- Modular scale-up and scale-out engineering
- Mixing and oxygen mass transfer optimization
- CFD and computational modeling for bioprocess equipment
Key Technologies
- Pressurizable single-use horizontal bag-retention vessels
- Magnetically driven internal agitation
- Rushton-style turbine impellers
- Low-shear pitched-blade impellers
News & Updates
An article examining the design considerations and trade-offs for dual-purpose fermentors and bioreactors, discussing their advantages, disadvantages, and suitability for flexible bioprocessing.
An article discussing the challenges of exhaust filter clogging in microbial fermentors and cell culture bioreactors, and the importance of proper exhaust pathway design to extend batch times and improve productivity.
An article examining the design considerations and trade-offs for dual-purpose fermentors and bioreactors, discussing their advantages, disadvantages, and suitability for flexible bioprocessing.
An article discussing the challenges of exhaust filter clogging in microbial fermentors and cell culture bioreactors, and the importance of proper exhaust pathway design to extend batch times and improve productivity.