Data sheetPDF
Bench-top Bioreactor
Multifors 2
Bench-top Bioreactor
Multifors 2
Manage multiple bioreactor vessels in parallel while mitigating risks during scale-up.
Increase efficiency during process development and characterization by configuring your Multifors® 2 bench-top bioreactor with the same sensor technology as your production bioreactor systems.Advantages
Maximum options while minimizing contamination risks
The magnetic drive system allows for maximum headplate ports and ergonomics while minimizing the contamination risk and wear on components; capable of 1600 RPM operation for extended continuous batches.
Increase productivity and minimize downtime within existing lab space
Save time, space, and resources with optimized parallel bioprocessing, operating up to 6 Multifors® bioreactor vessels from one touchscreen control. With a small footprint and robust housing, you can make the most of your bench space.
Easily scale-up your process
Be prepared to scale-up from the bench using the same sensor technologies as the larger scale bioreactors, delivering comparable data. Optional PAT tools are available to offer a straightforward way of preparing for later production at bench or pilot-scale bioreactors.
Maximum options while minimizing contamination risks
The magnetic drive system allows for maximum headplate ports and ergonomics while minimizing the contamination risk and wear on components; capable of 1600 RPM operation for extended continuous batches.
Increase productivity and minimize downtime within existing lab space
Save time, space, and resources with optimized parallel bioprocessing, operating up to 6 Multifors® bioreactor vessels from one touchscreen control. With a small footprint and robust housing, you can make the most of your bench space.
Easily scale-up your process
Be prepared to scale-up from the bench using the same sensor technologies as the larger scale bioreactors, delivering comparable data. Optional PAT tools are available to offer a straightforward way of preparing for later production at bench or pilot-scale bioreactors.
Bioprocess software
Automate your process development data
Further optimize your process development through automation. eve®, a web-based bioprocess platform software easily integrates with your bioreactors, regardless of the manufacturer, so you can more efficiently control, monitor, and analyze your data.
The cookbook
A guide for biotech beginners
Download this eBook for basic concepts, recipes, and strategies for bioprocesses involving cell culture and microorganisms.
Product specifications
- Vessel sizes (and working volumes): 400 mL (115 - 250 mL), 750 mL (180 - 500 mL), and 1400 mL (320 - 1000 mL)
- Small footprint: 45 x 38 cm (18 x 15 in) with integrated pumps, reagent holders, and mass flow controller (MFC)
- Glass vessels available in total volume range from 0.4 L to 1 L
Product downloads
BrochurePDF
BrochurePDF
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Operating manualPDF
Operating manualPDF
Operating manualPDF
Related publications
All publications02 Dec 2024•40 min read
Chemical mixture effects on the simplified human intestinal microbiota: Assessing xenobiotics at environmentally realistic concentrations
Researchers at Helmholtz-Centre for Environmental Research UFZ GmbH, Leipzig, explored the effects of xenobiotics on gut microbiota using the Multifors bench-top bioreactor. Their findings highlight the impact of environmental contaminants like PFAS and BPX on microbial communities and metabolic pathways, emphasizing the need to consider these interactions for public health.
25 Nov 2024•49 min read
Achieving high productivity of 2-pyrone-4,6-dicarboxylic acid from aqueous aromatic streams with novosphingobium aromaticivorans
Researchers from the University of Wisconsin-Madison utilized an optimized Multifors bench-top bioreactor system to significantly enhance the production of 2-pyrone-4,6-dicarboxylic acid (PDC) from aqueous aromatic streams using Novosphingobium aromaticivorans. Their findings demonstrate how membrane separation and pH control improvements boost PDC yields, advancing the production of biochemicals from lignocellulosic biomass for polymer-based materials.
25 Nov 2024•38 min read
Cell-free gene expression in bioprinted fluidic networks
Researchers from the School of Natural Sciences at TU Munich utilized the Minifors bench-top bioreactor to support their innovative experiment on cell-free gene expression in bioprinted fluidic networks. This study highlights how integrating cell-free protein synthesis into vascularized hydrogels enables dynamic molecular control, providing valuable insights for creating synthetic biomaterials that mimic biological functions.
02 Dec 2024•40 min read
Chemical mixture effects on the simplified human intestinal microbiota: Assessing xenobiotics at environmentally realistic concentrations
Researchers at Helmholtz-Centre for Environmental Research UFZ GmbH, Leipzig, explored the effects of xenobiotics on gut microbiota using the Multifors bench-top bioreactor. Their findings highlight the impact of environmental contaminants like PFAS and BPX on microbial communities and metabolic pathways, emphasizing the need to consider these interactions for public health.
25 Nov 2024•49 min read
Achieving high productivity of 2-pyrone-4,6-dicarboxylic acid from aqueous aromatic streams with novosphingobium aromaticivorans
Researchers from the University of Wisconsin-Madison utilized an optimized Multifors bench-top bioreactor system to significantly enhance the production of 2-pyrone-4,6-dicarboxylic acid (PDC) from aqueous aromatic streams using Novosphingobium aromaticivorans. Their findings demonstrate how membrane separation and pH control improvements boost PDC yields, advancing the production of biochemicals from lignocellulosic biomass for polymer-based materials.
25 Nov 2024•38 min read
Cell-free gene expression in bioprinted fluidic networks
Researchers from the School of Natural Sciences at TU Munich utilized the Minifors bench-top bioreactor to support their innovative experiment on cell-free gene expression in bioprinted fluidic networks. This study highlights how integrating cell-free protein synthesis into vascularized hydrogels enables dynamic molecular control, providing valuable insights for creating synthetic biomaterials that mimic biological functions.
Customer voices
The option to run up to six vessels from a simple control unit creates a small bench footprint and makes experimental design simple and efficient.
Dr. Emma Allen-VercoeAssociate Professor at the University of Guelph, Canada
The cascade function of INFORS HT bioreactors offers a great advantage, allowing us to run batches almost automatically. It’s a game-changer for our research efficiency.
Dr. Ben J. GuPrincipal Scientist and Lab Head, Innate Phagocytosis Laboratory
The seamless transition from Multifors to Labfors to Techfors-S through the unified use of eve accelerates the scale-up of our processes and helps us avoid errors.
Dr. Tobias ThieleScience Manager, Novonesis, Berlin
Related articles
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Sustainable dairy innovation: Daisy Lab uses precision fermentation to produce animal-free milk proteins in INFORS HT bioreactors
As demand for sustainable food sources surges, Daisy Lab is revolutionizing dairy production with precision fermentation technology. By using INFORS HT bioreactors, this New Zealand-based startup is producing animal-free milk proteins like whey and casein. Discover how the innovative process at Daisy Labs, now set to scale with EPA approval, is paving the way for a more sustainable future in dairy.
17 Jun 2024•4 min read•4,5•0
From classrooms to pilot production: leveraging INFORS HT innovations for bioprocess scale-up
Discover how INFORS HT bioreactors and services have supported bioprocess education and research at Universiti Sains Malaysia (USM). Joo Shun TAN (陈裕声), Associate Professor, shares insights on leveraging Minifors, Multifors, and Techfors bioreactors to enhance teaching, research, and scale-up processes.
17 Apr 2024•3 min read•4•0
Biotech company uses microbial fermentation process in carbon recycling technology
Zara Summers, Chief Science Officer at LanzaTech, a Biotech Company, vividly articulates the company goal to reduce fossil fuel consumption and instead, recycle carbon, that is already above ground to create necessities: "We want it so every child in the world can pick up a crayon and color the sky and have that crayon that they pick be blue. Right? And today that is not the reality for every kid around the world."
20 Sep 2024•4 min read•5•0
Sustainable dairy innovation: Daisy Lab uses precision fermentation to produce animal-free milk proteins in INFORS HT bioreactors
As demand for sustainable food sources surges, Daisy Lab is revolutionizing dairy production with precision fermentation technology. By using INFORS HT bioreactors, this New Zealand-based startup is producing animal-free milk proteins like whey and casein. Discover how the innovative process at Daisy Labs, now set to scale with EPA approval, is paving the way for a more sustainable future in dairy.
17 Jun 2024•4 min read•4,5•0
From classrooms to pilot production: leveraging INFORS HT innovations for bioprocess scale-up
Discover how INFORS HT bioreactors and services have supported bioprocess education and research at Universiti Sains Malaysia (USM). Joo Shun TAN (陈裕声), Associate Professor, shares insights on leveraging Minifors, Multifors, and Techfors bioreactors to enhance teaching, research, and scale-up processes.
17 Apr 2024•3 min read•4•0
Biotech company uses microbial fermentation process in carbon recycling technology
Zara Summers, Chief Science Officer at LanzaTech, a Biotech Company, vividly articulates the company goal to reduce fossil fuel consumption and instead, recycle carbon, that is already above ground to create necessities: "We want it so every child in the world can pick up a crayon and color the sky and have that crayon that they pick be blue. Right? And today that is not the reality for every kid around the world."
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Labfors 5 bench-top bioreactor
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Consult with our experts
Reach out today to request a quote or more information regarding our Multifors bench-top bioreactor.