B-Mode Ultrasound
B-Mode Ultrasound

BXL-S103

The BXL-S103 is a wireless veterinary ultrasound specifically designed for sheep, featuring waterproof and dustproof construction (IPX7) for reliable use in farm environments. Equipped with a rectal linear array probe, it delivers clear black-and-white imaging with multiple display modes (B, 2B, 4B, B/M) and dual harmonic imaging at frequencies between 5–10 MHz. Boasting a scanning depth of up to 27 cm, 60 fps frame rate, and one-key backfat measurement, it supports wireless transmission, over 5 hours of battery life, static and dynamic image storage (≥255 cine frames), and multilingual interface in Chinese and English. Lightweight at 300 g, the compact 174×70×28 mm unit ensures portability and precision for efficient pregnancy and reproductive diagnostics.

Contact Us

Specifications

  • IPX7 Waterproof & Dustproof
  • Ultra-Lightweight (300g with Probe)
  • ≥5 Hours Battery Life (Tested)
  • Real-Time Wireless Transmission
  • 256-Level Grayscale Imaging
  • Rectal Probe Depth ≥27 cm
  • Adjustable Frequency (5–10MHz)
  • 6.5 MHz Rectal Probe (Optional)

Applications

The specialized BXL-S103 wireless ultrasound scanner delivers targeted imaging for sheep breeding operations, combining rugged IPX7 waterproof design with the freedom of cordless mobility. Engineered specifically for rectal examinations in sheep, it provides reliable, on-the-spot diagnostics directly in the field or barn.

  • IPX7-rated waterproof probe withstands demanding farm environments and enables thorough cleaning after rectal use, ensuring hygiene and equipment longevity.
  • Sheep-specific rectal probe offers optimized depth and frequency for clear visualization of reproductive structures (follicles, embryos) and abdominal organs in small ruminants.
  • Wireless connectivity and portable design eliminate cable constraints, allowing veterinarians to move freely among animals while maintaining real-time image viewing on a connected device.
Product Highlights

Star Product
V80

Demo Images

Operation Site