what is main function of swine pig station casa sperm semen quality analysis software system

The fully automated semen quality analysis casa analysis system at boar stations serves as core equipment in modern swine breeding technology. It is primarily used to conduct objective and precise quantitative assessments of boar semen, thereby optimizing artificial insemination procedures, enhancing reproductive efficiency, and reducing farming costs.

Primary Functions

- Precise semen quality assessment: Automatically analyzes key sperm quality parameters, replacing traditional manual microscopic evaluation to minimize subjective error and provide scientific basis for semen dilution, portioning, and utilization.

- Optimized boar herd management: Through long-term data tracking, analyzes individual boars' and entire herd's semen production capacity and quality trends, providing data support for boar selection, replacement, and culling.

- Enhance Efficiency and Reduce Costs: Automates testing processes (e.g., sample handling, counting, report generation) to save labor and time; prevents use of substandard semen through precise evaluation, extends the service life of high-quality boars, and lowers the cost per unit of semen.

- Enable Data-Driven Management: Systems typically feature cloud platform capabilities to collect, store, and analyze big data, serving as a vital component of farm IoT management for traceability and decision-making.

Common System Types

Based on publicly available information, systems used at boar stations may have different names but share similar core functions, primarily including:

- SCA Sperm Analysis System: Specifically designed for pig semen, it automatically analyzes density, motility, morphology, and generates reports, with support for cloud platform data connectivity.

- Fully Automated Sperm Quality Analyzer: A universal device for animal semen testing. It employs optoelectronic, computer, and microscopy technologies to automate the entire process from sample processing to report generation.

- Automated Sperm Detection and Analysis System: Based on advanced optical and image processing technologies, it enables automated analysis of human or animal semen, emphasizing precise capture of sperm motility trajectories and morphology.

- Fully Automated Semen Quality Testing System: An early-registered medical device whose technical principles (microscope + CCD camera + image analysis) align with modern equipment.

Primary Analyzed Sperm Parameters

These systems primarily analyze the following core parameters:

- Sperm Density (Concentration): Number of sperm per unit volume of semen.

- Sperm motility (movement): Includes motility rate (proportion of motile sperm), movement trajectory, progressive motility (straight-line movement capability), and movement velocity.

- Sperm morphology (normal rate/abnormal rate): Identification and calculation of the proportion of normally shaped sperm versus various abnormal forms (e.g., head or tail abnormalities).

- Effective sperm count: Calculation of the number of sperm with fertilization capability, combining parameters such as density and motility.