Beckman Coulter Allegra X-30 High-Speed Benchtop Centrifuge with Fixed-Angle Rotor

The Beckman Coulter Allegra X-30 is a high-performance benchtop centrifuge designed for molecular biology, clinical diagnostics, and general research applications. It delivers speeds up to 16,000 rpm and generates a maximum relative centrifugal force of 23,511 xg when used with the included F2402H fixed-angle rotor (24 x 2 mL capacity), supporting sample volumes from 4 to 400 mL.

Key technical features include:

• Brushless induction motor with 10 acceleration and deceleration profiles ensures precise speed control with ±50 rpm accuracy.
• Automatic rotor detection safeguards correct operational parameters, enhancing reliability and safety during sample processing.
• Operating temperature range suitable for enzymatic and molecular biology protocols: 4°C to 35°C ambient.
• Timed runs of up to 9 hours 59 minutes or continuous operation accommodate diverse bioprocessing workflows.
• Noise output rated at ≤68 dBA, supporting a low-distraction laboratory environment.
• Compact footprint with dimensions 22" x 19" x 14" and weight of 106 lbs, optimizing limited benchtop space.
• Power requirements: 120V, 11.5A, 60 Hz.
• Post-run cooling feature maintains temperature up to 10 minutes, facilitating safe sample handling.

This centrifuge is widely adopted in molecular diagnostics, gene editing workflows, and bioprocessing pipelines, essential for biotechnology laboratories requiring dependable sample separation with temperature control. Its fixed-angle rotor centrifugation is critical in synthetic biology applications, DNA/RNA isolation, and clinical sample preparation.

Included accessories:

• F2402H Fixed-Angle Rotor with Lid (24 x 2 mL)
• 120V Power Cord (6A)
• Standard 30-Day Warranty

The Allegra X-30’s blend of high speed, temperature control, and user-friendly operation makes it a reliable choice for researchers and clinical professionals engaged in biomanufacturing and biomedical engineering requiring precise centrifugation in compact spaces.