Ultracentrifuge

"Whether your research involves proteomics, cytomics or genomics, the Optima L-XP Series ultracentrifuge is designed to play a key role in the discovery process. Thanks to a sophisticated on-board computer, powerful Optima eXPert software and an easy-to-use touch screen, the Optima L-XP delivers superior functionality, optimized user efficiencies, and faster turnarounds than any other ultracentrifuge. The innovative rotors we've built for the Optima L-XP are designed, manufactured and tested as a system from the inside out to make sure you get the highest quality of separation in the shortest possible time-safely and reliably. The increased efficiency of our SW 32 Ti series rotors can reduce run times. And thanks to a slight angle that positions contaminants away from the bands of interest, our NVT™ rotors deliver the highest purity in the shortest possible time Optima L-XP utilizes the most advanced materials and technology to achieve the high performance needed - up to 100,000 rpm - for extending the boundaries of research. Plus, the air-cooled design of our drives delivers the most energy-efficient ultracentrifugation system ever made. And the imbalance-tolerant Optima L-XP drive safely accommodates tubes that are under- or over-filled by as much as 10%."

"Approximate Acceleration Time: 10 acceleration profiles-9 slow rates or maximum acceleration from 0 to set speed Approximate Deceleration Time: 11 deceleration profiles-9 slow rates, coasting to a stop without brake, or full dynamic braking from set speed g Force: 802,400 g (Type 100 Ti) Imbalance Tolerance: ±5 ml or 10% whichever is greater Max Speed: 100,000 rpm Set Speed: Actual rotor speed ± 10 rpm of set speed after equilibration (above 1,000 rpm) Set Temperature: 0 to 40° C in 1° increments Temperature Control: ±0.5° of set temperature (after equilibration) Time - Actual Display: Indicates time remaining in timed runs, time elapsed in Hold runs, or estimated time remaining in Ω2t runs Vacuum: Moisture-purging vacuum system"

Ultracentrifugation