MtoZ Biolabs' Fully Automated ELISA System is a closed, integrated platform that automates standard curve dilution, dispensing, incubation, washing, color development, and plate reading for routine ELISA testing in biopharmaceutical quality control and research workflows.
Product Features
1. Fully Automated Operation
Runs the full ELISA workflow from liquid handling to readout with minimal manual intervention.
2. Flexible Operation Logic
Supports one-click program editing, flexible sample loading, and multiple run modes including continuous and parallel loading.
3. Independent Incubation Modules
Equipped with 8 individually temperature-controlled shaking incubation positions with 3 shaking levels and shielding design to reduce light interference.
4. Precision Liquid Handling
Uses high-precision, low-adsorption disposable tips with two independently controlled pipetting channels and liquid level sensing.
5. Advanced Washing Module
Includes an independent washer with a 16-channel, 32-pin wash head that is compatible with microplates of different specifications and supports uniform plate washing.
6. Integrated Detection Module
Built with a high-precision microplate reader supporting single- and dual-wavelength detection and multiple filter positions.
7. Traceable Data Functions
Supports tiered user permissions, audit trail, and electronic signature for controlled data management.
Product Specifications
|
Incubation Modules |
8 independent temperature-controlled shaking modules |
|
Incubation Temperature Range |
Room temperature to 60°C |
|
Shaking Level |
3 |
|
Pipetting Channels |
2 independently controlled channels |
|
Wash Head Configuration |
16 channels, 32 needles |
|
Residual Volume per Well |
< 1 μL |
|
Filter Positions |
10 |
Product Advantages
1. Higher Precision
Automated liquid handling and disposable tips help reduce pipetting deviation and improve result consistency.
2. Lower Contamination Risk
Independent channels, disposable consumables, and dedicated washing functions help reduce contamination during multi-assay operation.
3. Greater Efficiency
Parallel module operation and integrated processing help shorten manual handling time and improve laboratory throughput.
4. Better Reproducibility
Stable incubation, washing, and reading conditions support more repeatable ELISA performance across runs.
5. Simpler Operation
One-platform automation reduces workflow complexity and lowers routine operating burden in daily ELISA testing.
6. Better Compliance Support
Built-in data integrity and connectivity functions help support traceable and controlled use in biopharmaceutical QC and research environments.
