RT-6100 Microplate Reader | 8‑Channel ELISA Reader with 5‑Second Whole‑Plate Reading

8‑channel microplate ELISA reader with 5‑second whole‑plate reading, 7‑filter capacity, 5 test methods, and comprehensive QC functions. Ideal for clinical diagnostics, research, and food safety.

The Global Healthcare Medical RT-6100 Microplate Reader is a high‑performance, 8‑channel ELISA reader engineered for accurate and efficient microplate analysis in clinical, research, and industrial laboratories. Featuring a Windows‑based color graphical interface with full Chinese/English operating system support, mouse and keyboard compatibility, and multiple input methods, this microplate reader delivers exceptional usability and workflow efficiency.

With its 8‑channel optical fiber measurement system combined with a unique center hole auto‑positioning algorithm, the RT-6100 completes 96‑well plate reading in just 5 seconds—significantly reducing processing time in busy laboratory environments. The system supports single‑ and dual‑wavelength measurement, and comes standard with four filters (405, 450, 492, 630 nm) expandable to seven filters. Whether you're performing ELISA assays in clinical diagnostics, food safety testing, or research laboratories, the RT‑6100 delivers the speed, accuracy, and versatility you need.

This device is intended for professional use in laboratory settings by trained professionals. Not a substitute for professional medical diagnosis.

Key Features

⚡ Ultra‑Fast 5‑Second Whole‑Plate Reading

The RT-6100 is equipped with an 8‑channel optical fiber measurement system that, combined with a unique center hole auto‑positioning algorithm, enables complete 96‑well plate reading in just 5 seconds. This exceptional speed dramatically improves laboratory throughput, reducing wait times and increasing productivity in high‑volume testing environments.

🔬 Multiple Test Methods & Measurement Modes

The RT-6100 supports a comprehensive range of test methods and measurement modes to accommodate diverse assay requirements:

📊 Comprehensive Calculation Modes

The RT-6100 offers a versatile suite of calculation modes to accommodate diverse assay requirements:

🔧 High‑Precision Optical System

• Absorbance Range: 0‑4.000 Abs

• Resolution: 0.001 Abs (displayed), 0.0001 Abs (calculated)

• Accuracy: ±0.5% or ±0.005 Abs

• Microplate Type: Standard 96‑well or other plate and strip formats

• Standard Filters: 405, 450, 492, 630 nm (expandable to 7 filters)

💻 User‑Friendly Windows Software

The RT-6100 features a brand‑new Windows color graphical interface with full Chinese/English operating system support. The system supports mouse and keyboard with multiple input methods, making it easy for laboratory technicians to operate with minimal training.

📋 Flexible Plate Layout & QC Functions

• Visual 96‑well plate layout – Supports horizontal or vertical plate mapping

• Flexible strip compatibility – Supports various strip types

• Customizable test range – Set start and end positions arbitrarily

• Up to 5 pairs of positive/negative controls – Can be set at any position

• Comprehensive QC functions – Full‑featured quality control capabilities

🎯 Professional ELISA Workstation Capability

The RT-6100 is widely used for detecting specific IgM and IgG antibodies in human serum, with IgM serving as an early‑stage infection indicator. Testing for specific IgM in the placenta provides a reliable basis for diagnosing intrauterine fetal infections.

Specifications

What's Included

• RT-6100 Microplate Reader Main Unit

• 8‑Channel Optical Fiber System

• 4 Standard Filters (405, 450, 492, 630 nm)

• Windows‑Based Operation Software

• USB/RS‑232 Connection Cable

• Power Cable

• User Manual

Applications

The RT-6100 Microplate Reader is suitable for:

• Clinical Diagnostics – ELISA testing for infectious diseases, hormones, tumor markers, and autoimmune disorders

• Immunology Laboratories – Antibody and antigen detection assays

• Food Safety Testing – Allergen detection, foodborne pathogen screening

• Veterinary Diagnostics – Animal disease testing and veterinary ELISA assays

• Pharmaceutical Research – Drug development and quality control assays

• Life Science Research – Protein quantification, cytokine analysis, and molecular biology applications

• Public Health Laboratories – Disease surveillance and screening programs

Why Choose the RT-6100?

FAQ

Q: What is the RT-6100 Microplate Reader?

A: The RT-6100 is an 8‑channel microplate ELISA reader featuring 5‑second whole‑plate reading, Windows‑based operation software, comprehensive calculation modes, and powerful quality control functions for clinical, research, and industrial laboratories.

Q: How fast is the RT-6100?

A: The RT-6100 completes whole‑plate reading in just 5 seconds thanks to its 8‑channel optical fiber system combined with a unique center hole auto‑positioning algorithm.

Q: What filters does the RT-6100 come with?

A: The RT-6100 comes standard with 4 filters: 405, 450, 492, and 630 nm, with the capacity to expand up to 7 filters.

Q: What test methods does the RT-6100 support?

A: The RT-6100 supports end‑point, two‑point, and kinetic (rate) test methods.

Q: What calculation modes are available?

A: The RT-6100 supports absorbance, cut‑off, single‑point calibration, broken‑line regression, multi‑point percentage, linear regression, logarithmic curve, exponential curve, and power curve.

Q: What is the absorbance range and accuracy?

A: The RT-6100 offers an absorbance range of 0‑4.000 Abs with an accuracy of ±0.5% or ±0.005 Abs.

Q: What type of interface does the RT-6100 have?

A: The RT-6100 features a Windows color graphical interface with Chinese/English bilingual operating system support, mouse and keyboard compatibility, and multiple input methods.

Q: What applications is the RT-6100 suitable for?

A: The RT-6100 is suitable for clinical diagnostics, immunology, food safety testing, veterinary diagnostics, pharmaceutical research, life science research, and public health laboratories.

Q: What is the professional ELISA workstation capability?

A: The RT-6100 is widely used for detecting specific IgM and IgG antibodies in human serum. IgM serves as an early‑stage infection indicator, and testing for specific IgM in the placenta provides a reliable basis for diagnosing intrauterine fetal infections.