RealTime-PAGE View RT-PV-051 is an innovative electrophoresis observation device that allows real-time monitoring of protein movement through transparent gels without the need for traditional staining. Using patented shadowgraph technology, it enables faster, cleaner, and more efficient electrophoresis workflows.
This compact, lightweight system reduces time, effort, and chemical waste in protein purification by enabling visual observation of molecular movement as it happens — ideal for life science labs looking to optimize protein analysis with minimal setup.
Key Features:
- Real-time protein band observation — eliminates the need for CBB staining
- Reduces experimental time by enabling early confirmation of results
- Eco-friendly — reduces waste liquid and chemical use
- Patented shadowgraph method enhances contrast for easy visualization (Patent #6281805)
- Simple operation — USB powered, software-controlled, and portable
- Still image capture and live display with included software
- Field of view: ø50 mm — observe full gel area by repositioning device or tank
Specifications
Main Unit
- Model: RT-PV-051
- Light Source Wavelength: 645 nm
- Detection Method: Shadowgraph (Patent No. 6281805)
- Field of View: ø50 mm
- Power Supply: USB (always on)
- Dimensions: W300 × D80 × H298 mm (excluding legs/protrusions)
- Weight: 2.2 kg / 4.85 lbs
- List Price: $8,685 (includes electrophoresis chamber)
Electrophoresis Chamber (Included)
- Model: 1004S
- Plate Size: 106 × 100 mm
- Comb: 10 samples × 1 mm
- External Dimensions: 70 × 115 × 120H mm
- Note: Connecting cords not included
Included Accessories
- RT-PV-051 Observation Unit
- Electrophoresis Chamber Model 1004S
- Software for PC image display and photo capture
- USB power cable
- 1-Year Manufacturer’s Warranty
Why Choose RT-PV-051?
- Enables faster experiment turnaround
- Improves lab efficiency by eliminating staining steps
- Compact and portable for flexible lab use
- Minimizes waste, supports sustainability goals
- Trusted by researchers worldwide for protein analysis