RT-6900 Microplate Reader | 7" Touch Screen ELISA Reader with Built‑in Printer

7" touch screen microplate ELISA reader with 8‑channel fiber optic system, 5‑second whole‑plate reading, built‑in printer, and 7‑filter capacity. Ideal for clinical diagnostics, research, and food safety.

The Global Healthcare Medical RT-6900 Microplate Reader is a high‑performance, stand‑alone ELISA reader engineered for accurate and efficient microplate analysis in clinical, research, and industrial laboratories. Featuring a 7‑inch color touch screen for intuitive stand‑alone operation, a built‑in thermal printer for immediate results, and an 8‑channel optical fiber system that completes whole‑plate reading in just 5 seconds, this microplate reader delivers exceptional speed, accuracy, and convenience.

Designed to meet the diverse needs of modern laboratories, the RT-6900 supports single‑ and dual‑wavelength absorbance measurement with 4 standard filters (405, 450, 492, 630 nm) expandable to 7 filters. Whether you're performing ELISA assays in clinical diagnostics, food safety testing, or veterinary applications, the RT‑6900 delivers the performance, versatility, and ease of use you need—all without requiring a connected computer.

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-6900 is equipped with an 8‑channel optical fiber system that 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. The system supports both single‑ and dual‑wavelength absorbance measurement for enhanced accuracy and flexibility.

🖥️ 7‑Inch Touch Screen Stand‑Alone Operation

The RT-6900 features a 7‑inch color touch screen LCD that allows for stand‑alone operation without a connected computer. This intuitive interface simplifies assay setup, data collection, and result interpretation—minimizing training time and reducing the risk of operator error. The touch screen design makes it easy for laboratory technicians to operate the instrument with minimal training.

🖨️ Built‑In Printer for Instant Results

The RT-6900 includes a built‑in thermal printer that enables immediate, on‑the‑spot printing of test results. This feature eliminates the need for external printing devices and allows for rapid documentation and data sharing, streamlining laboratory workflow and reducing turnaround times.

🔬 High‑Precision Photometric System with Expandable Filters

The RT-6900 delivers accurate, reproducible results with its high‑precision photometric system. It comes standard with 4 filters (405, 450, 492, 630 nm) and supports expansion up to 7 filters, providing flexibility for a wide range of ELISA assays and applications.

📊 Comprehensive Connectivity & Data Management

The RT-6900 offers extensive connectivity options for flexible data management:

• RS‑232C interface – For serial communication

• USB interfaces – 2 USB ports for external mouse and optional devices

• SD card interface – For easy data storage and software updates

• Stand‑alone operation – No computer required for full functionality

⚙️ User‑Friendly Design & Maintenance

• No engineer calibration required – The RT-6900 is designed for easy, self‑service operation without requiring an engineer to visit for calibration

• Intuitive touch screen interface – Reduces training time and operator error

• Built‑in printer – Eliminates the need for external printing devices

📋 Comprehensive Reporting

The RT-6900 generates comprehensive reports with multiform result output, facilitating seamless documentation and data sharing for clinical, research, and regulatory compliance purposes.

Specifications

What's Included

• RT-6900 Microplate Reader Main Unit

• 7‑inch Color Touch Screen

• Built‑in Thermal Printer

• 8‑Channel Optical Fiber System

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

• Power Cable

• User Manual

Applications

The RT-6900 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-6900?

FAQ

Q: What is the RT-6900 Microplate Reader?

A: The RT-6900 is a high‑performance, stand‑alone ELISA reader featuring a 7‑inch touch screen, built‑in printer, and 8‑channel fiber optic system that completes whole‑plate reading in just 5 seconds.

Q: Does the RT-6900 require a computer to operate?

A: No. The RT-6900 features a 7‑inch color touch screen that allows for stand‑alone operation without a connected computer.

Q: How fast is the RT-6900?

A: The RT-6900 completes whole‑plate reading in just 5 seconds thanks to its 8‑channel optical fiber system.

Q: Does the RT-6900 have a built‑in printer?

A: Yes. The RT-6900 includes a built‑in thermal printer for immediate, on‑the‑spot printing of test results.

Q: What filters does the RT-6900 come with?

A: The RT-6900 comes standard with 4 filters: 405, 450, 492, and 630 nm, with the capacity to expand up to 7 filters.

Q: Does the RT-6900 require an engineer for calibration?

A: No. The RT-6900 is designed for easy, self‑service operation without requiring an engineer to visit for calibration.

Q: What connectivity options are available?

A: The RT-6900 offers RS‑232C, 2×USB, and SD card interfaces for flexible data management and connectivity.

Q: What applications is the RT-6900 suitable for?

A: The RT-6900 is suitable for clinical diagnostics, immunology, food safety testing, veterinary diagnostics, pharmaceutical research, life science research, and public health laboratories.