BXL-S101 Wireless Ultrasound Wave Instrument for Sheep and Pigs

In modern livestock management, accurate diagnostic tools are crucial for efficient animal care and improved productivity. The BXL-S101 Wireless Ultrasonic Wave Instrument for Sheep and Pigs is a state-of-the-art, portable ultrasound system designed specifically for veterinary applications in sheep and pig farming. This innovative device combines wireless connectivity, high-resolution imaging, and rugged durability to meet the demanding needs of on-field diagnostics.

Overview

The BXL-S101 is a waterproof and dustproof wireless veterinary ultrasound system that delivers clear, precise imaging essential for reproductive health assessments and disease detection in livestock. Whether used for early pregnancy detection, follicle monitoring, or assessing backfat thickness, this instrument offers veterinarians and farmers a versatile solution for quick and non-invasive diagnostics.

Key Features

Wireless and Portable Design

• Cable-Free Operation: The wireless design eliminates cumbersome cables, ensuring greater mobility and flexibility during on-field examinations.
• Lightweight Build: Weighing approximately 300 grams (including the probe), the BXL-S101 is easy to transport between farms and clinics.
• Extended Battery Life: With a working time of over five hours, the instrument is built for prolonged use without frequent recharges.

Advanced Imaging Capabilities

• High-Resolution Imaging: With multiple display modes (B, 2B, 4B, B/M, and M) and harmonic imaging on two levels, the BXL-S101 provides clear, detailed visuals necessary for accurate diagnostics.
• Adjustable Settings: The device offers adjustable gain (0–255) and dynamic range (0–15), allowing veterinarians to fine-tune images for optimal clarity.
• Deep Scanning Capability: With a scanning depth of up to 27 cm using a rectal linear array probe, it is ideal for assessing internal structures in both sheep and pigs.

User-Friendly Interface and Robust Construction

• Intuitive Controls: The system’s interface supports one-key measurement functions and real-time image preview, making it accessible for users of varying experience levels.
• Durable Design: Engineered to be waterproof and dustproof, the BXL-S101 is built to withstand harsh environments on farms and in the field.
• Dual Language Support: Available in both Chinese and English, it caters to a diverse range of users.

Benefits for Sheep and Pig Farming

Enhanced Reproductive Management

• Early Pregnancy Detection: High-definition imaging enables veterinarians to detect pregnancies early, ensuring timely interventions and better herd management.
• Accurate Litter Size Estimation: The system’s precise imaging aids in determining litter sizes, which is essential for planning breeding strategies and resource allocation.

Improved Livestock Health Monitoring

• Non-Invasive Diagnostics: By providing clear images of internal structures such as follicles and corpus luteum, the BXL-S101 allows for regular, stress-free health checks.
• Timely Disease Detection: Early identification of reproductive and soft tissue issues helps in the prompt treatment of conditions, leading to healthier livestock and improved farm productivity.

Increased Operational Efficiency

• Mobility and Flexibility: The portable and wireless features of the instrument make it suitable for use in various settings—whether in a veterinary clinic or on remote farms.
• Time-Saving Diagnostics: Real-time image transmission to smartphones, tablets, or laptops ensures that diagnoses are made quickly, reducing downtime and increasing the overall efficiency of veterinary practices.

Applications

The BXL-S101 Wireless Ultrasonic Wave Instrument is particularly suited for:

• Pregnancy Detection: Confirming pregnancies in sheep and pigs at early stages for effective reproductive management.
• Reproductive Health Monitoring: Evaluating ovarian activity, follicle development, and corpus luteum status to optimize breeding outcomes.
• General Diagnostic Imaging: Assessing soft tissue, organ structure, and backfat thickness, which are important for overall animal health and market readiness.