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Bio-5050
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Bio-5050
Bio-5050 Application Scenario
High accuracy & Stability performance
With 48 bit color depth, 4800 dpi resolution, 0.0D ~ 3.4D absorbance range capacity, plus high-quality and stable performance with a CV value of 0.5%, it can accurately and stably capture electrophoretic gel, rapid test strip and film images. It is the best choice for digitization a biological laboratory electrophoretic gel related image.
Periodic auto-scan (Time-Lapse)
With high-stability performance and a customized periodic auto-scan function, Bio-5050 can record the variation of the tested images for further analysis.It is a better cost-effective solution for ELISA-related experiment.
Multi-function Gel documentation equipment
With the twin-bed design, Bio-5050 can scan electrophoresis gels, films, rapid test strip and documents to improve the efficiency of laboratory imaging operations. The built-in autofocus design ensures flexible and high-precision image capture equipment.
Leak-Proof & Customized Template
25x20cm large leak-proof tray is designed to carry electrophoresis gel, film and transparent samples. The leak-proof design avoids damage to the scanner. The flexible design is easy to customize a template to use for different test samples.
Specifications
| Item | Details |
| Product Name | Bio-5050 |
| Scanner Type | Transmissive & Reflective mode |
| Image Sensor Type | CCD |
| Resolution | 4800 dpi |
| Light Source | LED |
| Scanning Area | Reflective : max. 8.5" x 14" ( 216 mm x 356 mm ) Transmissive : max. 8" x 10" ( 203 mm x 254 mm ) |
| Scanning Speed | 60 sec @300 dpi |
| Bit Depth | 48 bit |
| CV | 0.5% @ 1.0D，1% @ 2.0D |
| Range (R) | 1% @ 1.0D，2% @ 1.5D |
| Warm up Time | 10 mins |
| Connectivity | USB 2.0 |
| Dimensions (L x W x H) | 22.3" x 15.1" x 6.3" ( 567 mm x 385 mm x 158 mm ) |
| Weight | 26.4 lbs. (12 kg.) |
| EMC Compliance | Class A |
| Power Source | AC 100V ~ 240 V, 50-60 Hz |
| System Requirements PC | PC with Windows 10 / 11 |
*Product specifications described herein are subject to change without notice.
Features List
Ultra-High Scan Stability (CV < 1%)：Features an exceptional Coefficient of Variation (CV value of 0.5% at 1D and 1% at 2D). This superior stability ensures highly reproducible, accurate image density capture, making it a reliable tool for precise quantitative analysis.
Time-Series Scanning (Time-Lapse)：Equipped with a programmable periodic scanning function. Users can customize specific time intervals and repeat cycles to automatically capture sample images over time, perfectly documenting gradual biological changes.
Dual-Platform & Auto-Focus Design：Offers dual scanning beds—an 8” x 10” transparency area for gels/films and an 8.5” x 14” reflective bed for document reports. The built-in hardware auto-focus dynamically adjusts the CCD module to deliver crystal-clear image layers.
Large Removable Leak-Free Holder：Features a large 25 x 20 cm liquid-tight glass tray that completely contains liquids from wet electrophoresis gels, protecting internal electronics and allowing easy custom tray swapping for various sample types.
Wide Linear Dynamic Range：Delivers 2400 dpi optical resolution and a true 0.0D to 3.4D optical density range with 48-bit color depth, ensuring that even extremely faint bands or subtle color gradations are faithfully digitized without data loss.
Applications / Use Cases
Quantitative Electrophoresis & Gel Digitalization：Tailored for molecular biology laboratories needing high-fidelity digital archiving and precise quantitative mapping of 1D/2D electrophoresis gels or sensitive X-ray autoradiography films.
Rapid Diagnostic Strip (IVD) Batches：The spacious scanning bed and flat architecture make it perfect for running multi-lane Rapid Test kits, lateral flow assays, or rapid screening strips simultaneously.
Colorimetric Assay & Tube Inspections：Widely used to verify sample reactions in customized multi-well holders or color comparison tubes where structural stability and uniform illumination are critical.
Biological Chronological Studies：Ideal for research labs conducting time-dependent biological monitoring, enabling hands-free tracking of gel migration patterns or reaction changes across strict timelines.
