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RapidScan Lateral Flow Reader

RapidScan Lateral Flow Reader

Portable lateral flow strip reader with a 5-inch touchscreen for rapid qualitative and semi-quantitative analysis of allergens, mycotoxins, GMOs, glyphosate, and algal toxins.

Technical Specifications

Target Applications Allergens, Mycotoxins, GMO, Glyphosate & Algal Toxins
Dimensions 11 × 14 × 21 cm
Data Storage Up to 5,000 test results

Full Product Description

The new RapidScan ST5-W lateral flow reader from Gold Standard Diagnostics is an advanced, highly flexible imaging platform specifically designed for field and in-process testing applications requiring qualitative to semi-quantitative test results.

RapidScan ST5-W stands out in the market with its versatility, multi-target capability, and broad compatibility across Gold Standard Diagnostics' lateral flow test kits—including food allergens, GMOs, glyphosate pesticides, mycotoxins, and algal toxins. The reader performs reliably in both laboratory workflows and demanding field environments where fast contamination screening is critical.

Key Benefits & Features:
• Easy to Use: User-friendly touchscreen navigation with no extensive training required.
• Semi-Quantitative Data: Eliminates visual reading subjectivity with digital accuracy.
• True Portability: Weighs only 930 g with built-in battery, perfect for on-site plant inspections.
• High Storage Capacity: Onboard memory holds up to 5,000 test records.
• Seamless Reporting: Fast data export capability for compliance and QA documentation.

ORDERING INFORMATION & ADAPTERS

• Main Instrument:
- RapidScan ST5-W Lateral Flow Assay Reader (SKU: LFRSCAN002)

• Specialized Strip Adapters:
1. Allergen Strips Adapter (SKU: LFA0030001)
- Designed for SENSIStrip allergen lateral flow assays
2. Mycotoxins Strips Adapter (SKU: LFA0040002)
- For grain and cereal mycotoxin screening
3. Pesticides / Glyphosate Strips Adapter (SKU: LFA0020001)
- For pesticide residue analysis
4. GMO Strips Adapter (SKU: LFA0060001)
- For corn, soybean, and canola GMO trait detection