Stainless Steel Centrifuges
Optimize high-volume processing with our Clean-in-Place (CIP) and Sterilize-in-Place (SIP) stainless steel centrifuges. Choose from our specialized PowerFuge® and ViaFuge® families to achieve high product yield from even the most challenging separations.
Every Separation Met with High-Performance and Scalability
Power your bioprocessing workflows with stainless steel centrifuges designed for versatility, high yield, and maximum cell viability. The PowerFuge and ViaFuge work for a wide range of target biomolecules and allow you to scale up or down as needed.
Low-Shear, High-Performance Separations with Tubular Bowl Technology
Our stainless steel centrifuges are uniquely designed to preserve cell integrity and facilitate high processing speeds.
With PowerFuge and ViaFuge, you experience:
- Higher cell recovery with 98% cell viability
- Product yield up to 98% with minimal dilution
- High-yielding clarification of shear-sensitive products
- Low-shear media exchanges to wash and process live cells
- Minimal dwell time outside the bioreactor
PowerFuge Centrifuges: Designed for Bacteria, Fungi, Proteins, and Sub-Micron Particles
The PowerFuge family of stainless steel centrifuges is proven for the production of plasmid DNA, vaccines, plasma protein, cellular agriculture, and specialty chemicals.
- Particle size range
- G-forces up to 20,000 xg
- Flow rate from 250 ml/min to 1,700 L/hr
ViaFuge Centrifuges: Designed for Mammalian, Insect, and Plant Cells
The ViaFuge family delivers a typical cell viability of 98% or higher and yields up to 98%.
- Particle size range
- G-forces up to 10,000 xg
- Flow rate up to 2,400 L/hr
Technology Comparison
| Differentiation/Technology | PowerFuge | ViaFuge | Disc Stack Centrifuges | Depth Filtration | TFF |
|---|---|---|---|---|---|
| High G-force (Up to 20,000 x g) |  | No | No | No | No |
| Configurable for Closed Operations and Sterile | | | | No | |
| Minimizes Solid Waste | | | | No | No |
| Viable Cell Recovery and Washing | No | | No | No | No |
| Dewatering (Dry Cake) + Submicron Clarification | | No | No | No | No |
| Auto Solid Discharge | | | | No | No |
| Integrated Cooling Jackets | | | | No | No |
| Power Fuge | Via Fuge | Disc Stack Centrifuges | Depth Filtration | TFF |
|---|---|---|---|---|
| High G-force (Up to 20,000 x g) | ||||
| No | No | No | No |
| Configurable for Closed Operations and Sterile | ||||
| | | No | |
| Minimizes Solid Waste | ||||
| | | No | No |
| Viable Cell Recovery and Washing | ||||
| No | | No | No | No |
| Dewatering (Dry Cake) + Submicron Clarification | ||||
| No | No | No | No |
| Auto Solid Discharge | ||||
| | | No | No |
| Integrated Cooling Jackets | ||||
| | | No | No |
Uniquely durable and scalable centrifuges for bacteria, fungi, proteins, and sub-micron particles
Stainless steel centrifuges for mammalian, insect, and plant cell separations
Benefits of CARR Biosystems Single-Use Centrifuges
Performance
Maximize yield with our low-shear tubular bowl technology, enabling fast but gentle separation of your target product.
Scalability
Scale up or down with the PowerFuge and ViaFuge systems, available in various sizes to support small-scale development and large commercial volumes.
Versatility
Streamline the processing of various target biomolecules for high-throughput applications across diverse markets using our stainless steel centrifuges.
Quality
Preserve product quality and safety with stainless steel centrifuges built with CIP/SIP capabilities, ensuring cGMP-compliant separations.
Endorsements
See What People Are Saying About Our Stainless Steel Centrifuges
“The explosion-proof PowerFuge closed up our solvent process for a safe and environmentally friendly manufacturing method.”
Senior Process Engineer, Pigments
“The PowerFuge closed up our ethanol process and its automatic scraping improved our recovery.”
Associate Director of Vaccine Franchise
“Removing large particles with PowerFuge reduced the number of filtration steps.”
Manufacturing Engineer, Pigments
“The high g-force of the PowerFuge [e. Coli lysate clarification] reduced our downstream clarification needs.”
Senior Process Development Scientist, pDNA
"Gentle handling of our cells at scale resulted in higher VLP recovery.”
Director of Operations, Vaccine Manufacturing
Looking for single-use centrifuges instead?
Our versatile single-use centrifuges are trusted by leading biopharmaceutical companies. Optimize resources throughout your bioprocessing workflow with UniFuge®.
EXPLORE OUR CELL PROCESSING PLATFORM
Featured Resources
Explore whitepapers, case studies, and more publications where labs achieved excellence with the PowerFuge and ViaFuge stainless steel centrifuges.
Frequently Asked Questions (FAQs) About Stainless Steel Centrifuges
What are the advantages of stainless steel centrifuges over single-use centrifuges?
- Durable and Long-lasting: Stainless steel centrifuges offer exceptional durability and a long lifespan, minimizing the need for frequent replacements and serving as a long-term solution.
- Processing Higher Volumes: Stainless steel centrifuges can consistently manage large-scale, high-volume processing, making them perfect for repetitive and continuous operations.
- Reduce Long-Term Costs: While the initial investment in stainless steel centrifuges is higher, the cost per use decreases over time, making them more cost-effective for extensive use.
What applications can CARR Biosystems stainless steel centrifuges be used for?
Our stainless steel centrifuges are versatile and suitable for various applications, including:
- Cell and gene therapy R&D
- Monoclonal antibody production
- Vaccine development
- Cultured meat applications
Their robust construction, high efficiency, and multiple-size availability make the PowerFuge and ViaFuge families ideal for pilot-scale and large-scale production across these diverse sectors.
Do the stainless steel centrifuges have tubular bowl technology?
Our stainless steel centrifuges and UniFuge cell processing platform all use tubular bowl centrifugation. This technology works by balancing centrifugal forces and fluid flow rates so that solid particles (>4µm) are gently concentrated in the tubular bowl. The centrate — clarified media or buffer — flows into a collection chamber, and upon cycle completion, the concentrate — cells and/or other solids — is recovered with minimal loss and high cell viability, even over multiple cycles.
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