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GENIE® Cell Disruptors
GENIE® Cell Disruptors
Analog and digital models, 120V.
The GENIE® Disruptor series delivers powerful, high-efficiency cell disruption and sample resuspension in a compact, reliable benchtop design. Both the Analog and Digital Disruptor Genie® models use a patented multi-directional agitation system, simultaneously vortexing and mixing samples at high speed to dramatically enhance cell lysis, homogenization, and pellet resuspension, far outperforming traditional single-motion mixers.
Ideal for molecular biology, microbiology, and biochemistry workflows, each unit can hold up to twelve 1.5 mL or 2.0 mL microtubes (snap-top or screw-cap). A magnetic platform securely holds clip plates, and each system includes a pop-off cup for standard single-tube vortexing, providing two instruments in one.
Main Attributes
- Patented multi-directional vortexing for enhanced cell disruption
- Holds twelve 1.5 mL or 2.0 mL microtubes
- Includes pop-off cup for single-tube vortex mixing
- Cost-effective alternative to ultrasonic disruptors
- Compact, durable, and built for continuous lab use
The GENIE® Disruptor series provides unmatched versatility and mixing performance, making it a trusted choice for laboratories seeking fast, efficient, and reproducible sample processing.
Choose Between Two Models
GENIE® Analog Disruptor (83041296)
The Analog Disruptor Genie® offers the same powerful multi-directional vortexing with simple, intuitive controls. This model is perfect for routine laboratory workflows requiring reliable mixing without digital interfaces.
Includes:
- Magnetic platform
- (3) Clip plates for 10-13 mm, 15-17 mm, and 28-30 mm tubes
- (4) Bag mounting strips
- Non-skid tray
- Pop-off cup for single-tube vortexing
GENIE® Digital Disruptor (83041289)
Offers advanced functionality with:
- Digital speed control
- Digital time control
- Built-in speed alarm
Clip plates are available separately for added configuration flexibility. This model is ideal for labs requiring reproducible, programmable mixing for regulated or precision-based workflows.
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