High-Performance Bovine Ultrasound Machine for Dairy & Beef Cattle Farms

Empowering Bovine Reproduction Management with Advanced Rectal Linear Probe Technology for Early Pregnancy Diagnosis & Ovarian Monitoring

Diagnostic Equipment

Innovative Veterinary Product Series

Explore our world-class diagnostic and treatment systems designed to elevate animal health, optimize breeding cycles, and increase overall farm profitability.

Animal Ultrasound Diagnosis & Ovum Pick-up

Excellent high-resolution images to provide precise scanning and assistance throughout the livestock breeding, bovine ultrasound, and cattle reproduction processes.

Animal Semen Quality Analysis

Accurate morphological data and motility tracking provide a reliable scientific basis for optimizing dispensing volumes and insemination quantities.

Needle-free Injector

Advanced needle-free injection technology ensures rapid delivery, reduces animal stress, and completely avoids the risk of cross-infection.

Vet Ultrasonic Scalpel System

Outstanding ultrasonic cutting and coagulation technology reduces surgical time, minimizes blood loss, and speeds recovery for veterinary patients.

Industry Challenges

Modern Dairy & Beef Farm Breeding Pain Points

Managing cattle reproduction efficiently is the cornerstone of profitable livestock farming. Yet, traditional detection methods continue to limit growth potential.

The Cost of Inefficiency

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Prolonged Days Open (Empty Days)

Every single day a dairy cow remains open past the optimal breeding window costs dairy farmers between $3.00 and $5.00 in lost milk production and feed expenses. Early pregnancy diagnosis is vital to catch non-pregnant cows immediately.
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Inaccurate Rectal Palpation

Manual palpation is highly subjective, physically exhausting, and often cannot reliably confirm pregnancy until after day 40. This delays re-insemination cycles and increases the herd's overall open rate.
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Unnoticed Ovarian Disorders

Without visual tracking via a professional bovine ultrasound machine, silent heats, ovarian cysts (luteal or follicular), and corpus luteum regression go undetected, leading to failed artificial insemination (AI) attempts.

The Modern Solution

By integrating an advanced bovine ultrasound system equipped with a specialized rectal linear probe, veterinarians and farm managers can visually identify pregnancy as early as 28 days post-AI.

Early Pregnancy Diagnosis

Identify embryonic heartbeats at day 28 to instantly isolate and sync non-pregnant cows for re-breeding.

Ovarian Dynamics Monitoring

Accurately measure follicle sizes and corpus luteum thickness to determine the perfect insemination window.

Technical Engineering

State-of-the-Art Rectal Linear Probe Specifications

Engineered specifically for bovine reproduction, our high-frequency rectal linear probe offers unmatched durability and crystal-clear imaging in demanding farm environments.

Hardware Parameter	Technical Specification
Probe Type	High-density Rectal Linear Probe (designed for bovine transrectal scanning)
Frequency Range	5.0 MHz - 7.5 MHz (multi-frequency adjustable for varying body sizes)
Active Elements	128 elements for superior spatial and contrast resolution
Display Modes	B, B+B, B+M, M, 4B (simultaneous monitoring of multiple ovarian views)
Waterproof Rating	IP67 rated probe head and cable (fully submersible for easy disinfection)
Battery Life	Up to 5 hours of continuous field scanning with dual swap-capable batteries
Weight	Ergonomically lightweight (under 1.2 kg) to prevent veterinary fatigue

Why the Rectal Linear Probe is Essential

The rectal linear probe is the gold standard for bovine ultrasound. Unlike convex probes, the linear array provides a direct, high-frequency rectangular field of view immediately adjacent to the rectal wall. This geometry is perfectly optimized for scanning the bovine uterus and ovaries, which sit directly beneath the rectum.

With a scanning depth optimized for early pregnancy (typically 50mm to 100mm), veterinarians can clearly visualize embryonic fluid, the fetal membrane slip, and the heartbeat. The high density of 128 elements ensures that even tiny 2mm follicles on the bovine ovary can be mapped with absolute precision.

AI-Driven Enhancement: Built-in speckle reduction filters automatically sharpen fetal structures and follicular boundaries in real time.

Best Practices & ROI

Bovine Ovarian Monitoring & Open Rate Reduction Guide

A systematic, step-by-step clinical approach to utilizing your bovine ultrasound machine to maximize conception rates and slash herd open rates.

Step-by-Step Reproductive Protocol

Implementing a standard ultrasound protocol dramatically improves calving intervals. Our recommended veterinary workflow focuses on early identification and synchronization.

Day 24-28: Ultra-Early Pregnancy Check

Insert the lubricated rectal linear probe. Scan the uterine horns. Look for anechoic (black) embryonic fluid pockets and the hyperechoic (white) embryo. Confirm viability by observing the flickering heartbeat.

Ovarian Mapping & Follicle Tracking

Identify the left and right ovaries. Measure the dominant follicle. A follicle of 15-20mm indicates imminent estrus. If a mature Corpus Luteum (CL) is detected (>25mm), the cow is in a progesterone-dominant phase, ideal for synchronization protocols.

Identifying Ovarian Pathology

Differentiate between follicular cysts (thin-walled, >25mm, fluid-filled, non-ovulating) and luteal cysts (thick-walled). Administer targeted hormone therapy immediately to restore normal estrus cycles and reduce open days.

Ranch ROI Analysis

Investing in a high-end bovine ultrasound machine is not an expense—it is a direct driver of dairy and beef farm profitability.

-15 Days

Average Days Open

+18%

AI Conception Rate

98%

Detection Accuracy

< 8 Mos

Equipment Payback

The Financial Math (1,000 Cow Herd):

Reducing average days open by just 10 days across a 1,000-cow dairy herd (valued at $4.00 per open day/cow) saves $40,000 annually in feed and lost milk potential. When combined with reduced hormone treatment costs and higher success rates in cattle reproduction protocols, the ultrasound machine pays for itself in less than one breeding season.

Industry Pioneer

About Us

Guardian of Life on Earth – Partner with Us

Founded in 2009, ECI is a trusted global supplier of advanced veterinary ultrasound machines, proudly holding 40% of China's domestic market share. Our core offerings include high-precision veterinary ultrasound systems, animal semen analysis platforms, veterinary ovulation detectors, and needle-free injectors.

Since launching our global expansion in 2019, we have established robust distribution networks and partnerships across Canada, Turkey, the USA, Mexico, Belgium, and many other nations. We work hand-in-hand with veterinarians and farm owners to improve animal welfare, optimize breeding cycles, and drive livestock development worldwide.

Learn More About Us

ECI Veterinary Ultrasound Manufacturing Facility

17+

Years Experience

1800+

Factory Floor Area (㎡)

20+

Product R&D Specialists

40+

Obtained Patents

60+

Veterinary Products Developed

Knowledge Base

Frequently Asked Questions

Get professional answers regarding bovine ultrasound technology, rectal linear probe maintenance, and optimal scanning protocols.

How early can a bovine ultrasound machine detect pregnancy in dairy and beef cattle?

Using a high-density, multi-frequency rectal linear probe (5.0–7.5 MHz), a skilled veterinarian can reliably perform early pregnancy diagnosis as early as 28 days post-artificial insemination (AI). At this stage, the ultrasound display will show a clear pocket of dark embryonic fluid and the flickering heartbeat of the embryo. Confirming pregnancy this early allows for immediate re-synchronization of non-pregnant cows, dramatically reducing open days.

Why is a rectal linear probe preferred over a convex probe for cattle reproduction?

The rectal linear probe is specifically engineered for transrectal scanning. It provides a flat, high-frequency rectangular image that lies directly against the rectal wall, offering unmatched near-field resolution. This is critical for mapping the bovine uterus and ovaries, which sit immediately below the rectum. Convex probes, while offering a wider deep field of view, are more suited for external abdominal scanning in smaller animals and cannot deliver the crisp, precise details required for early pregnancy slip detection or small follicle tracking.

How does bovine ovarian monitoring help in reducing a farm's open rate?

Ovarian monitoring via ultrasound allows veterinarians to track follicle development and detect the presence of a Corpus Luteum (CL). Knowing the exact size of the dominant follicle (ideally 15-20mm) and the state of the CL helps determine the perfect window for artificial insemination (AI) or embryo transfer. Additionally, it helps diagnose ovarian pathologies like luteal or follicular cysts. Resolving these issues early prevents wasted semen doses and lowers the overall open rate of the herd.

What waterproof and durability standards should a bovine ultrasound machine meet?

Farms are harsh, wet, and unpredictable environments. A reliable bovine ultrasound machine must feature an IP67 waterproof rating for the probe and cable, allowing them to be fully submerged in sanitizing solutions between cows. The main console should be splash-proof, dust-sealed, and housed in a rugged, shock-absorbing casing to withstand drops, kicks, and extreme temperatures.

What training is required to operate a transrectal ultrasound on cattle?

While the physical insertion of the rectal linear probe is similar to manual palpation, interpreting the ultrasound screen requires specialized training. Operators must learn to identify the bladder (as a landmark), locate the uterine horns, trace the ovaries, and distinguish between fluid-filled structures (follicles, early pregnancy) and solid tissue (uterus wall, corpus luteum). Most veterinary equipment suppliers, including ECI, provide comprehensive training guides, video tutorials, and technical support to ensure rapid proficiency.