Boar Semen Analysis System

• Computer-assisted semen analysis technology for objective and standardized boar semen evaluation.
• Automated analysis of sperm concentration, motility, progressive movement, movement tracks, and semen quality data.
• Morphology assessment supports identification and statistical evaluation of abnormal sperm cells.
• Real-time microscopic image acquisition through a high-definition digital color camera.
• Professional YK6800 boar sperm analysis software with dedicated software protection device.
• Visual sperm trajectory display makes motile, progressive, and abnormal movement patterns easier to evaluate.
• Detailed analysis results can be displayed, stored, reviewed, and printed.
• Production assistance function can recommend semen dilution quantities and required extender volume.
• Digital dual-platform thermostatic unit supports sample and slide temperature management.
• Reusable sperm counting chambers support routine laboratory semen evaluation.
• Integrated computer, microscope, camera, printer, and mobile workstation provide a complete laboratory solution.
• Suitable for high-frequency semen quality control in commercial boar studs and pig artificial insemination centers.

System configuration and software functions may vary according to model, software version, and customer requirements. Please confirm the final configuration before ordering.

• Boar semen concentration analysis.
• Total sperm motility evaluation.
• Progressive sperm motility evaluation.
• Sperm movement trajectory analysis.
• Sperm morphology and abnormality evaluation.
• Routine boar semen quality control.
• Semen dilution and extender calculation.
• Artificial insemination dose preparation.
• Boar fertility and semen production monitoring.
• Commercial boar studs and genetic centers.
• Pig farm artificial insemination laboratories.
• Veterinary reproduction laboratories.
• Animal breeding research and teaching institutions.

1. Install the system in a clean, dry, temperature-controlled semen laboratory.
2. Position the mobile workstation on a level surface and lock the wheels before operation.
3. Install and connect the microscope, digital camera, computer, monitor, printer, and thermostatic equipment.
4. Install the semen analysis software and software protection device according to the supplied configuration.
5. Calibrate the microscope and image-analysis system before routine testing.
6. Set the required semen analysis profile and laboratory quality-control parameters.
7. Allow the heating platform to reach the required working temperature before testing semen samples.

• Keep microscope objectives, eyepieces, camera optics, and counting chambers clean.
• Clean reusable counting chambers immediately after use according to laboratory procedures.
• Avoid scratches, fingerprints, dust, semen residue, and air bubbles on optical surfaces and counting chambers.
• Verify microscope calibration and image-analysis settings periodically.
• Maintain consistent sample preparation, chamber filling, temperature, and analysis procedures for repeatable results.
• Back up semen analysis records and database files regularly.
• Keep the computer ventilation openings free from dust and provide stable electrical power.
• Carry out periodic system verification according to the laboratory quality-control program.

Q: What is a CASA boar semen analysis system?
A: CASA stands for Computer-Assisted Semen Analysis. The system uses microscopic digital imaging and specialized software to identify sperm cells, track their movement, and convert the images into objective semen quality data.

Q: What semen parameters can the system evaluate?
A: The system is designed for analysis of sperm concentration, total motility, progressive motility, movement characteristics, and semen quality. Morphology and abnormal sperm evaluation can also be performed when the corresponding analysis functions are configured.

Q: Why use CASA instead of only manual microscopic evaluation?
A: Computer-assisted analysis reduces subjective differences between technicians and provides more standardized quantitative measurements, digital records, visual movement tracks, and printable reports.

Q: Can the system calculate semen dilution requirements?
A: Yes. The production assistance function can use semen analysis data and configured production requirements to recommend dilution quantities and the amount of extender required for dose preparation.

Q: Does the system include a microscope and computer?
A: The listed configuration includes a B300 series trinocular microscope, high-definition digital camera, Intel-based computer, analysis software, thermostatic equipment, counting chambers, color printer, and mobile workstation.

Q: Why is a thermostatic platform used during semen analysis?
A: Sperm movement is temperature-sensitive. Maintaining slides, counting chambers, and samples at a controlled temperature helps reduce temperature-related variation during motility assessment.

Q: Can analysis reports be printed?
A: Yes. The system can generate visual semen quality reports and the configured workstation includes a color printer for laboratory documentation and production records.

Q: Is the system suitable for commercial boar studs?
A: Yes. It is designed for routine semen evaluation and quality control in commercial boar studs, artificial insemination centers, pig breeding farms, genetic companies, and veterinary reproduction laboratories.

Q: Can the system configuration be customized?
A: System configuration can be adjusted according to laboratory capacity, analysis requirements, computer configuration, microscope requirements, reporting functions, and production workflow. Final configuration should be confirmed before ordering.