SCAN-PIG
Leveraging cutting-edge AI, this solution autonomously captures B-ultrasound videos and provides highly accurate backfat data, equipping farmers with valuable insights to maximize growth, profitability, and meat quality.
Real-time analysis of essential performance indicators empowers managers to make rapid, informed adjustments to health and feeding strategies, driving effeiciency, reducing costs, and unlocking new opportunities for competitive advantage.
MAJOR PAINT POINTS in
BREEDING PIG BACKFAT MEASUREMENT
⚪ Labor-Intensive and Inefficient:
Traditional ultrasound backfat measurements are labor-intensive and time-consuming, especially for large-scale operations. This inefficiency impacts productivity and increases operational costs.
⚪ Lack of Precision and Accuracy:
Outdated or low-precision devices introduce measurement inaccuracies, leading to unreliable data that can impact breeding strategies and performance evaluation.
⚪ Biological Safety Concerns:
Manual processes pose cross-contamination risks. Limited access to on-site veterinary services further compromises disease control and operational efficiency.
⚪ Limited Data Continuity:
Incomplete and infrequent data collection hinders real-time monitoring and genetic improvement efforts, limiting researchers' ability to make data-driven decisions for performance optimization.
⚪ High Operational Costs:
The reliance on manual labor, costly equipment, and isolated veterinary support drives up expenses, impacting profitability and scalability.
⚪ Inconsistent Measurement Techniques:
Dependence on manual expertise leads to inconsistency in measurement point selection, resulting in deviations that fail to accurately represent growth potential and genetic traits.
⚪ Demanding Technical Expertise:
Effective measurement requires skilled professionals with advanced training, making it difficult to scale operations efficiently while maintaining consistent data quality.
⚪ Animal Welfare and Stress Concerns:
Manual handling during measurement induces stress in pigs, affecting not only their welfare but also compromising measurement accuracy and long-term productivity.
FIVE MAJOR ADVANTAGES of SCAN-PIG
INTELLIGENT
The fully automated robot captures ultrasound video effortlessly, while AI instantly calculates backfat values, minimizing human intervention and maximizing efficiency.
RAPID
Our advanced AI algorithms deliver instantaneous results, enabling swift, end-to-end automation in backfat measurement.
STABLE
Equipped with a specialized, high-penetration probe, our system adapts to individual variances with precision, ensuring consistently accurate measurements.
HOLISTIC
Extensive data collection and application capabilities provide a solid scientific foundation for precision feeding and proactive disease monitoring.
SECURE
Independent operation within the pig house significantly reduces human-animal contact, minimizing stress for the pigs and enhancing biosafety standards.
Product Application Scenario
STEP1
As the pig enters the feeding station, intelligent AI immediately engages, accurately identifying the optimal measurement point.
STEP2
The robotic system effortlessly collects ultrasound video of this targeted area, ensuring precise data capture with zero hassle.
STEP3
Data is seamlessly synchronized, and powerful AI delivers an instant, accurate prediction of backfat values, giving real-time insights into health and performance.
WHO can use SCANPIG?
SCANPIG has to be installed on the breeding pig measurement station
Genetic improvement program pig farm (GGP)
Universities and research institutes
Swine breeding company
SCANPIG can already work with: Asserva, Freeda, Osborne