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The PH Rumen Bolus is a high-performance, long-term biosensing device designed for ruminant health management. Engineered with eco-friendly materials, this cylindrical bolus integrates a circuit board, chip, sensors, and a long-life battery to provide real-time physiological data monitoring. It stays securely in the animal’s rumen, enabling farmers to track vital health metrics, detect estrus, and receive instant alerts for abnormalities—ensuring timely intervention and minimizing economic losses.
With LoRa communication technology and ultra-low power consumption, the PH Rumen Capsule delivers 2 years of continuous operation, making it ideal for modern, data-driven livestock farming.
◀◀ Key Selling Points ▶▶
✔ Real-Time Estrus Detection – Accurately monitors reproductive cycles for optimal breeding timing.
✔ Health Status Tracking – Continuously records vital physiological data for proactive herd management.
✔ Abnormal Condition Alerts – Instant notifications for illness, stress, or metabolic disorders.
✔ pH Level Monitoring – Tracks rumen acidity to prevent digestive issues and optimize feed efficiency.
✔ Long Battery Life (2 Years) – Ultra-low-power design ensures extended operation without frequent replacements.
✔ LoRa Wireless Technology – Long-range, low-power communication for seamless farm-wide connectivity.
✅ Precision Farming – Make informed decisions with real-time health insights.
✅ Cost-Effective – Reduce losses from undetected illnesses or missed breeding cycles.
✅ Easy Deployment – Non-invasive, rumen-retentive design for hassle-free use.
✅ Scalable Solution – Suitable for small farms to industrial livestock operations.
Cost saving can be achieved with:
Optimised reproduction rate
Reduced cost of Artificial Insemination
Early disease/heat stress detection
Less use of antibiotics
Higher milk yield
Reducing veterinary bills
Removal of stock bull
Reduced feed costs-Adjust feed ratios
Predict mastitis early
Reduce acidosis
◀◀ Product Parameters ▶▶
Parameter | Details |
|---|---|
Shape | Cylindrical bolus |
Materials | Eco-friendly, biocompatible design |
Components | Circuit board, chip, sensors, battery |
Communication | LoRa technology |
Battery Life | Up to 2 years |
Monitoring Metrics | Estrus, health status, pH levels, abnormalities |
Model | BGT-0140(Scientific research version) |
The rumen functions as a natural fermentation chamber, and its pH level is a critical indicator of digestive balance and overall animal health.
Key health challenges:
Acidosis: When rumen pH drops below 5.5 for extended periods, cows may suffer from acute or chronic acidosis, leading to reduced feed intake, lower milk yield, and even mortality.
Sub-acute ruminal acidosis (SARA): A hidden but widespread condition where mild pH depression occurs repeatedly, impairing productivity and long-term health.
Feed efficiency: Rumen pH fluctuations reflect how well the diet is balanced between forage and concentrates, directly influencing nutrient absorption and conversion rates.
Benefits of continuous pH monitoring:
Early disease prevention – Detect digestive disorders or rumen acidosis before they cause major losses.
Feed optimization – Provide accurate data to adjust rations and improve feed efficiency.
Productivity improvement – Maintain a stable rumen environment to enhance milk yield and weight gain.
Reproductive and health management – When combined with temperature and activity data, the system can support estrus detection, calving alerts, and general herd health management.
Scientific research value – Offer real-time insights into rumen fermentation dynamics for academic and industry studies.
◀◀ Application Scenarios ▶▶
1. Commercial Farming & Dairy Production
Large-Scale Ranches – Monitor herd health efficiently for improved productivity.
Dairy & Beef Quality Assurance – Enhance meat/milk quality through data-driven feeding and care.
Livestock Insurance & Loans – Provide verifiable health data for risk assessment.
Feed Companies – Adjust formulations based on real-time rumen pH and digestion data.
Disease Prevention – Early detection of illnesses for timely treatment.
Drug Efficacy Testing – Monitor treatment responses in real time.
Genetic Selection – Identify high-performance animals for superior breeding.
Scientific Studies – Support agricultural and veterinary research with precise data.
Market Supervision – Ensure livestock welfare and food safety standards.
