CMS600P2VET Veterinary Ultrasound Scanner Notebook with 7.5 MHz Linear Probe — Equine Focus

Meet the CMS600P2VET, a compact, notebook-style veterinary B-ultrasound system engineered for field-ready equine practice and multi-species clinics. Its embedded operating system delivers faster data processing and snappier image handling, so you can assess pregnancy, anatomy, and pathology in real time without delay. A user-friendly pop-up menu and keyboard design streamline workflows in busy barns and clinics, helping you move from scan to report with confidence.

Why this matters for horses

In equine obstetrics and reproductive management, timely and accurate gestational dating, fetal viability checks, and placental assessment are critical. CMS600P2VET provides clear B-mode and M-mode imaging with precise depth and focus control, enabling you to capture essential measurements and share results instantly with clients or colleagues.

Key features

• Simple, easy image management with printable and exportable reports.
• Independent adjustment of near field, far field, and total gain for optimal image clarity.
• External storage support and firmware updates via USB (U-disk).
• Compatibility with video printer, ink-jet printer, and laser printers for on-site reporting.
• Real-time imaging, freeze-frame, memory, and large-capacity cine loop; adjustable scan depth, dynamic range, and multiple focus settings.

Performance and imaging capabilities

Display modes include B, 2B, 4B, BM, and M, with a generous display depth of 240 mm. The focus system supports adjustable focus number and position, allowing precise targeting of fetal structures or abdominal organs. Measurements and calculations cover distance, circumference, area, volume, angle, and gestational age for swine, equine, bovine, sheep, dog, and cat. On-screen details such as date, time, animal name and type, hospital, serial number, frame rate, depth, total gain, dynamic range, frame correlation, probe frequency, magnification times, and functional menu help you organize your workflow.

Image processing capabilities include controllable frame correlation, gamma correction, histogram adjustment, image flips, and positive/negative conversion for enhanced lesion detection or anatomical clarity—vital when assessing equine reproductive status or abdominal scans.

Safety and reliability

CMS600P2VET is Class II equipment with BF applied parts, delivering reliable safety for routine veterinary use. It operates on DC 15V, 4A and draws ≤45 VA, balancing performance with energy efficiency in field or clinic settings.

Physical specs and what's in the box

Dimensions: 292 mm (L) × 232 mm (W) × 45 mm (H); Weight: ~2.3 kg with probe, making it genuinely portable for barn visits and remote clinics.

• Standard configuration: 7.5 MHz Linear probe
• User manual (GB) included; other languages available on request

What makes CMS600P2VET stand out

Unlike desktop-only systems, this notebook ultrasound powers up quickly in the field, stores patient data securely on external media, and prints professional reports on-site. The combination of a 7.5 MHz linear probe and equine-focused obstetric measurements gives you precise sizing and gestational dating, helping you manage mare health, pregnancy monitoring, and foaling readiness more effectively. Its modular design supports easy data transfer and reporting without sacrificing portability.

Ideal for

• Equine veterinarians performing obstetrics, reproductive management, and abdominal scans in clinics, stalls, or at pasture
• Small-animal clinics needing portable multi-species capability with robust data handling
• Mobile equine practices that require quick report generation and easy data transfer

Practical tips for best results

• Use the cine loop to review scans and select key frames for accurate documentation.
• Store images and reports on external storage to keep patient records organized and accessible.
• Update software via U-disk to access the latest features and improved stability.
• Leverage full depth, dynamic range, and focus settings to optimize imaging of reproductive and abdominal structures in horses.