OVERVIEW

The FIBROMIC XT is designed to measure the linear density of cotton fibers accurately, providing valuable information about their quality and suitability for spinning into yarn. By assessing fiber fineness, textile manufacturers can optimize their processes and ensure the production of high-quality yarn and fabric.

SPECIFICATION

• Air Flow Principle: The FIBROMIC XT operates on a proven air flow principle, which is commonly used in fiber testing equipment. This principle involves passing fibers through an airflow and measuring their response to determine fineness.
• Built-in Compressor: The device is equipped with a built-in compressor, which provides the necessary airflow for the testing process. This feature ensures consistent and reliable performance.
• Economic Model: The FIBROMIC XT is designed to be an economic model, offering cost-effective solutions for fiber testing needs. Despite its affordability, it maintains accuracy and reliability in measuring fiber fineness.
• Portable Design: The device features a portable design, allowing for ease of transportation and flexibility in use. It can be easily moved between different locations within a textile production facility or laboratory.
• Semi-Automatic Digital Model: It is described as a semi-automatic digital model, indicating that it combines manual and digital functionalities in its operation. This may include manual sample preparation and loading, coupled with digital measurement and data display capabilities.

FEATURES

• Precise Measurement: The FIBROMIC XT provides precise measurements of fiber fineness in terms of micrograms per inch. This accuracy is crucial for ensuring consistency in fiber quality assessment and process control.
• User-Friendly Operation: Despite its advanced capabilities, the device offers user-friendly operation, allowing textile technicians and researchers to conduct fiber tests efficiently and effectively.
• Data Display: It likely features a digital display for presenting measurement results, making it easy to read and interpret the fineness values obtained during testing.