Product Name	Multi-Species Computer-Assisted Semen Analyzer
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Product Overview	The Multi-Species Computer-Assisted Semen Analyzer is a professional CASA system designed for objective and repeatable evaluation of animal semen in artificial insemination centers, breeding laboratories, genetics companies and animal reproduction research facilities. The system combines a trinocular microscope, high-definition digital imaging, computer-based sperm tracking and specialized analysis software. It can automatically identify sperm cells in a calibrated counting chamber and calculate concentration, motility, progressive motility and multiple sperm-motion parameters. Species-specific analysis configurations can be established for cattle, pigs, horses, goat-farming-equipment/" target="_blank" class="keylink">sheep, goats, rabbits, dogs, poultry, aquaculture species and other animal breeding applications according to laboratory requirements.
Key Features	Computer-Assisted Sperm Analysis: Automated image processing and sperm tracking provide standardized measurement of semen quality parameters. Sperm Concentration Analysis: Calculates total sperm concentration and related concentration categories from samples prepared in compatible fixed-depth counting chambers. Motility Classification: Supports evaluation of total motility, progressive motility, static sperm and other configurable motility categories. Sperm Kinematic Analysis: Provides detailed motion parameters including velocity, trajectory, linearity and beat-related measurements. Multi-Species Configuration: Analysis settings can be created for different livestock, companion animal and aquaculture species. Objective and Repeatable Testing: Computerized analysis helps reduce variability associated with purely visual semen evaluation. Digital Image Capture: High-definition camera technology provides real-time microscopic images for analysis, review and quality control. Laboratory-Friendly Configuration: The separate microscope and computer architecture provides flexible installation in semen laboratories with limited bench space.
Structural Components	Trinocular Microscope: Provides optical visualization of semen samples and supports camera-based digital imaging. Digital Camera: Captures high-resolution microscopic images and transfers them to the analysis computer. Computer Workstation: Runs CASA software for sperm identification, tracking, calculation, storage and reporting. Display Monitor: Provides a large viewing area for live images, sperm tracks, analysis data and laboratory reports. CASA Analysis Software: Processes sperm movement and morphometric information according to configured species and laboratory protocols. Counting Chamber: Fixed-depth semen analysis chambers help maintain consistent sample depth for concentration and motility measurement. Optional Heated Stage or Slide Warmer: Helps maintain samples at the selected analysis temperature during laboratory testing. Optional Remote or Foot Control: Can improve workflow by allowing image capture without unnecessary hand movement around the microscope.
Working Principle	A prepared semen sample is introduced into a compatible fixed-depth counting chamber and placed on the microscope stage. The sample is focused using the appropriate phase-contrast optical configuration. A digital camera captures microscopic video of sperm cells within the selected field. CASA software identifies individual sperm heads and tracks their movement frame by frame. Based on the detected trajectories, the software calculates sperm concentration, total and progressive motility and multiple kinematic parameters. Results can then be reviewed, stored and incorporated into semen quality-control or breeding laboratory records. Analysis settings should be established according to species, semen processing method, sample concentration and laboratory operating procedure to achieve consistent results.
Technical Specifications	Product Type Computer-assisted sperm analysis system for animal semen Analysis Technology CASA digital microscopy and sperm tracking Primary Parameters Sperm concentration, motility, progressive motility, static sperm and kinematic parameters Kinematic Parameters VAP, VCL, VSL, ALH, BCF, LIN, STR, WOB and related configurable parameters Species Configuration Multi-species; settings available according to animal breeding requirements Microscope Trinocular laboratory microscope Camera High-definition digital camera Objective 10× objective included in the referenced configuration Monitor Large-screen monitor; touchscreen option available according to configuration Counting Chamber Compatible fixed-depth semen analysis chamber Slide Warming Optional heated-stage or slide-warming configuration Data Storage Computer-based storage and analysis records according to software configuration Power Supply 110/240 V, 50/60 Hz according to referenced system configuration System Configuration Customizable according to project requirements
Analysis Parameters	Total Concentration: Calculates the total number of detected sperm cells within the defined sample volume. Motile Concentration: Calculates the concentration of sperm classified as motile according to the selected analysis setup. Progressive Motility: Evaluates sperm moving forward according to configured velocity and trajectory criteria. VAP: Average path velocity along a mathematically smoothed sperm trajectory. VCL: Curvilinear velocity measured along the actual sperm track. VSL: Straight-line velocity between the first and last detected sperm positions. LIN: Linearity measurement derived from sperm velocity characteristics. STR: Straightness parameter describing directional movement. ALH: Measurement associated with lateral displacement of the sperm head. BCF: Beat-cross frequency associated with oscillation of the sperm trajectory. Additional measurement, morphometry and sperm classification functions are available according to the selected software configuration.
Applications	Bovine Semen Analysis: Suitable for bull semen quality control in artificial insemination centers, genetics companies and cattle breeding programs. Swine Semen Production: Supports boar semen quality assessment before dilution, packaging and distribution of artificial insemination doses. Equine Reproduction: Provides objective stallion semen evaluation for breeding farms and equine reproduction laboratories. Sheep and Goat Breeding: Applicable to ram and buck semen evaluation in genetic improvement and artificial insemination programs. Canine Reproduction: Species-specific configurations can support semen evaluation in professional veterinary reproduction laboratories. Rabbit and Poultry Breeding: Can support specialized semen quality-control programs when appropriate analysis settings are configured. Aquaculture Reproduction: Compatible analysis approaches can be used for fish milt motility and related sperm-quality assessment. Research and Education: Suitable for universities, animal reproduction institutes and laboratory projects requiring quantitative sperm-motion data.
Customization Options	System configuration can be adapted to different species, laboratory workflows and semen production programs. Available options may include: • Species-specific CASA analysis settings • Desktop or laptop computer configuration • Standard or touchscreen monitor • Fixed-depth semen counting chambers • Heated microscope stage or slide warmer • Remote or foot-operated capture control • Additional sperm kinematic analysis functions • Individual sperm track analysis • Sperm subpopulation analysis • Laboratory data export and reporting options • Workstation accessories and sample preparation equipment • Configuration according to project requirements
Installation & Maintenance	Install the microscope and computer workstation on a stable laboratory bench away from excessive vibration, dust, direct sunlight and major temperature fluctuations. Connect the digital camera, computer, monitor and optional accessories according to the selected system configuration. Complete optical alignment, camera calibration and software setup before routine analysis. Before testing, prepare semen according to the laboratory protocol and load the required volume into the compatible fixed-depth counting chamber. Maintain the sample at the appropriate temperature for the species and semen-processing procedure. Keep microscope optics, camera interfaces and sample-contact accessories clean. Counting chambers should be handled according to their specified use procedure to maintain consistent chamber depth and sample distribution. Periodic calibration, software verification and laboratory quality-control procedures are recommended for consistent long-term measurement performance.
Project Cases	Multi-species CASA systems can be integrated into cattle genetics centers, boar studs, equine breeding laboratories, sheep and goat artificial insemination programs, veterinary reproduction centers and animal science research facilities. In semen production laboratories, the analyzer can form part of a complete workflow including semen collection, sample preparation, concentration and motility testing, dilution calculations, semen filling, preservation and artificial insemination dose quality control. For multi-species laboratories, separate analysis configurations can be established for different animal species while retaining a common microscope, camera and computer analysis platform.
Product FAQ	Q: What does CASA mean? A: CASA means Computer-Assisted Sperm Analysis. It uses digital microscopy and image-processing software to identify and track sperm cells and calculate quantitative semen-quality parameters. Q: What semen parameters can the system analyze? A: Depending on the selected software configuration, the system can analyze sperm concentration, total motility, progressive motility, static sperm and numerous sperm kinematic parameters. Q: Can one system be used for several animal species? A: Yes. Species-specific analysis setups can be configured for cattle, pigs, horses, sheep, goats and other animal breeding applications according to laboratory requirements. Q: Is the system suitable for commercial semen production laboratories? A: Yes. CASA technology is suitable for standardized semen quality control in artificial insemination centers, breeding companies and genetics laboratories. Q: Does the analyzer measure concentration as well as motility? A: Yes. Compatible CASA configurations can calculate total concentration and concentration categories together with sperm motility and movement parameters. Q: Why are fixed-depth counting chambers important? A: A controlled chamber depth provides a defined sample volume and helps improve repeatability when measuring sperm concentration and motility. Q: Can individual sperm movement be analyzed? A: Individual sperm track and subpopulation analysis functions can be available with appropriate software modules. Q: Can the system completely replace trained laboratory personnel? A: No. CASA improves standardization and objective measurement, but correct sample preparation, microscope setup, quality control and interpretation still require trained laboratory personnel. Q: Can the system configuration be customized? A: Yes. Computer configuration, display, warming accessories, counting chambers and software functions can be selected according to project requirements.
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