Floor Model Rotors
Thermo Scientific™ Fiberlite F6-10 x 1000 LEX Carbon Fiber Rotor (for BIOS A Large-Capacity Centrifuge)
Accelerate bioprocessing with the 10-liter capacity and an RCF of up to 12,000 x G of the Thermo Scientific™ Fiberlite™ F6-10x1000 LEX rotor.
Thermo Scientific™ S50-ST Swinging-Bucket Rotor for MTX and MX Plus Micro-Ultracentrifuges
Reduce mishandling and increase safety with this rotor that features top-loading buckets. Spins up to 28mL per run (4 x 7mL tubes) for 40% higher capacity.
Thermo Scientific™ S100-AT3 Fixed Angle Rotor for MTX and MX Plus Micro-Ultracentrifuges
Process samples more effectively with the Thermo Scientific™ S100-AT3 Fixed Angle Rotor, which can operate at 100,000rpm.
Thermo Scientific™ S120-AT2 Fixed Angle Rotor for MTX and MX Plus Micro-Ultracentrifuges
Process large capacities (10 x 2mL) with this small, fixed angle rotor.
Thermo Scientific™ TCF-32 Continuous-Flow Rotors
Perform multi-liter processing applications that require high RCFs such as viral separations, particle isolations and vaccine production with the help of these rotors.
Beckman Coulter J-LITE JLA-10.500 Fixed-Angle Aluminum Rotor, 6 x 500 mL - for Avanti J and J2 series
The J-LITE JLA-10.500 rotor (Beckman Coulter part 369681) is a high-capacity fixed-angle aluminum rotor designed for large-volume separations and preparative workflows. It accepts six 500 mL biosafety liquid canisters with secondary liquid closures and is rated for 10,000 rpm (18,600 x g) for use in compatible Avanti centrifuge models.
- High-capacity 6 x 500 mL configuration for large-volume processing.
- Rated to 10,000 rpm (18,600 x g) for robust pelleting performance.
- Anodized aluminum construction for strength and corrosion resistance.
- Includes six biosafety liquid canisters with secondary liquid closures.
- Fixed-angle design for efficient sedimentation and reduced run times.
INTACT GENOMICS INC IG Chemically Competent Cells, Autoinduction DE3, 6x50 μL, ≥3.0 x 107 cfu/μg
These chemically competent cells are suitable for transformation and routine recombinant protein expression from a vector under an IPTG-inducible T7 promoter. They offer simpler, less hands-on autoinduction, potentially leading to increased yields of expressed cells and protein for a wide range of protein targets at various production scales.
- Suitable for transformation and routine recombinant protein expression.
- Optimized for autoinduction, offering simpler, less hands-on protein expression.
- Can lead to significantly increased yields of expressed cells and protein.
- Enables expression of toxic genes.
- Tetracycline resistant at 12.5 μg/mL.
- Transformation efficiency ≥3.0 x 107 cfu/μg pUC19 DNA.
- Supplied in tubes for convenience.