Optima™ MAX-XP Ultracentrifuge
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- 194.4 mL max rotor capacity
- 150,000 max RPM
- 1,019,000 x g
- Security and tracking
- Remote monitoring and control
- On-screen rotor library
The Optima™ MAX-XP tabletop ultracentrifuge is a power-packed solution that delivers fast, efficient separations from samples as small as 175 μL up to 32.4 ml and at speeds of up to 150,000 RPM and more than 1,000,000 x g.
- Advanced software with rigorous electronic record keeping including password-controlled access and complete audit trail documentation
- Convenient touch-screen controls and easy-to-view display for gauging real-time speed, time and temperature
- Four unique tube designs for unparalleled productivity across a wide range of applications
- Features a proprietary multi-level approach to biosafety offering reliable protection
Optima™ MAX-XP Features
Track Detail Usage History
- Security and tracking features manage your rotor life by serial number.
- Password protection and electronic signatures help you maintain chain of custody and compliance.
Receive Diagnostic Alerts via Email
- Remote monitoring and control enables you to start, stop, and monitor from your computer, smart phone, or tablet.
Enhanced Safety
- Fits in standard biosafety hood
- BioSafe optional dual PALL® Pharmaceutical Grade Sterilizing Filters
User-Friendly, Multilingual Interface
- Full color LCD touchscreen display
- Allows for large icons for easy selection
- Touchscreen works with many glove types
- 9 different languages available for the intuitive interface (most in industry)
| Centrifuge Type | Ultracentrifuge |
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Optima MAX-XP The Premier Tabletop Ultracentrifuge.
Brochure for Optima MAX-XP, a premier tabletop ultracentrifuge with advanced features.
pdf
Lentiviral Vector Production - Streamlined gene delivery systems.
The document outlines two specialized protocols in molecular biology: one for constructing lentiviral vectors and producing lentiviral particles through transient transfection, and another for purifying and concentrating these particles using Polyethylene Glycol (PEG). Both protocols provide step-by-step instructions and are intended for professionals in the fields of molecular biology and gene therapy.rticles using transient transfection.