ELISA Microplate Reader Shipped to Bolivia

Recently, a customer from Bolivia contacted Scitek. The customer needed a device suitable for ELISA and microplate absorbance measurements. Consequently, they submitted an inquiry regarding the ELMR-F200H Full Wavelength ELISA Microplate Reader.

Based on the customer’s testing requirements, Scitek outlined the key features of the ELMR-F200H. The device supports full-wavelength detection from 200 to 1000 nm. It can perform endpoint assays, kinetic assays, and spectral scans. It is also compatible with both 96-well and 384-well microplates, making it suitable for various types of microplate analysis.

Following further communication, the customer confirmed the configuration of the ELMR-F200H. Scitek then completed production and prepared the device for shipment. After inspection, the ELISA Microplate Reader was packaged and shipped to Bolivia.

Full Wavelength Detection for Flexible Testing

The ELMR-F200H employs a monochromator and a dual-beam optical system, ensuring high detection stability. It uses a xenon flash lamp as the light source, and the 200–1000 nm wavelength range supports 1 nm step adjustments. For different testing applications, users can flexibly select the appropriate detection mode and wavelength range. Upon startup, the light source, grating, detector, and related components undergo automatic calibration, ensuring stable detection conditions for continuous experiments.

Designed for Microplate-Based Analysis

The ELMR-F200H Full Wavelength ELISA Microplate Reader is compatible with 96-well and 384-well microplates, allowing you to flexibly select the appropriate plate type based on the number of samples and the scale of the experiment. The rapid reading mode reduces reading time to less than 8 seconds, significantly shortening the testing time for batch samples.

The instrument also features linear shaking with three adjustable speed settings. The temperature control range is from room temperature plus 4°C to 45°C. At 37°C, temperature accuracy and uniformity reach ±0.5°C. For experiments requiring constant temperature or kinetic monitoring, these features reduce the need for additional operations.

Microplate and Cuvette Detection in One System

In addition to microplate detection, the ELMR-F200H is equipped with a dedicated cuvette detection mode. Cuvette detection also covers the 200–1000 nm range and supports endpoint detection, kinetic analysis, spectral scanning, and calibration curve generation.

This combination is ideal for laboratories that need to handle a variety of detection tasks. Users do not need to prepare multiple instruments for different types of absorbance analysis and can flexibly switch between detection modes based on the sample and method during daily experiments.

Practical Operation and Data Management

The ELMR-F200H is equipped with a 10-inch touchscreen, and its user interface makes it easy to view experimental parameters and test results. The built-in software supports user permission management, data analysis, a standard curve library, and multiple report export options. With 16 GB of internal storage, it can save over 20,000 data files, facilitating the storage and subsequent management of experimental data.

The device measures approximately 300 × 500 × 260 mm and weighs approximately 15.5 kg, making it suitable for placement on a standard laboratory bench. Following its shipment to Bolivia, the ELMR-F200H will be used for ELISA and other absorbance-based assays, providing an integrated testing solution for microplate analysis in the laboratory.