Innovative veterinary lasers, wireless ultrasound scanners, and pig needle-free injectors engineered for modern livestock husbandry.
The modern agricultural landscapes of both precision livestock farming (PLF) and commercial aquaculture are experiencing an unprecedented technological convergence. The integration of high-resolution veterinary ultrasound, digital reproductive analyzers, and smart wireless tele-diagnostic tools has transitioned from a localized luxury to a global operational necessity. At ECI, as a leading ODM Aquaculture and Livestock technologies supplier, we bridge the gap between high-precision industrial design and real-world farm biosecurity constraints.
Our specialized engineering focus addresses critical metrics: minimizing the calving interval in dairy farms, refining the feed conversion ratio (FCR) in aquaculture facilities through non-invasive back-fat/loin-muscle assessments, and preventing herd cross-contamination using advanced needle-free drug delivery technology. In the contemporary blue economy and intensive livestock sectors, optimizing the reproductive timeline of parent stocks determines overall commercial profitability. ECI's diagnostic tools enable veterinary teams and farm operators to collect actionable biometric data at the point of care.
Years Tech Excellence
Developing hardware ecosystems that deliver reliable diagnostic clarity and absolute structural integrity in rural and industrial environments.
High-frequency digital imaging systems tailored for transvaginal oocyte retrieval (OPU) and early pregnancy confirmation in swine, cattle, and aquaculture parent species.
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Integrated automated algorithms analyzing motility, concentration, and morphology indicators to ensure high success rates during artificial insemination programs.
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High-pressure jet injectors designed to minimize tissue damage, eliminate needle breakage risks, and lower cross-contamination indexes in dense herd structures.
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High-precision tissue cutting and coaptation devices offering rapid hemostasis and minimal thermal spread, optimizing recovery times for clinical interventions.
Explore Technology →Our veterinary ultrasound platforms utilize maglev, high-density linear, and convex transducer arrays. By generating high-frequency acoustic waves up to 5.0 MHz (and customizable higher frequencies for aquaculture applications like salmon gonadal development analysis), our systems produce clear real-time cross-sectional images. These images allow veterinary specialists to accurately detect early-stage follicular changes and measure carcass composition indicators like loin eye area and subcutaneous back-fat thickness.
Traditional needle delivery systems present clear biosecurity concerns, including cross-contamination risks and needle fragments in meat processing lines. ECI's needle-free injector systems utilize high-pressure micro-jets. When triggered, the system releases a high-velocity liquid stream that cleanly penetrates the epidermis within milliseconds, distributing the medication uniformly across the subcutaneous or intramuscular tissue.
How our localized production base in Sichuan's tech corridor guarantees material traceability, cost controls, and rapid global delivery.
Leveraging direct relationships with semiconductor and transducer assembly manufacturers in Southwest China, we secure consistent pricing and stable inventory pipelines for acoustic sensors, high-frequency transmitters, and custom micro-piston mechanisms.
Our 1800+ square meter factory maintains ISO compliance. Every outgoing shipment undergoes rigorous calibration, vibration analysis, and waterproof testing (up to IPX7 classification for our wireless ultrasound probes) before dispatch.
We provide deep hardware and software adjustments. Our engineering team modifies enclosure designs, adds localized language software packages, and adjusts wireless frequencies to fit regional veterinary guidelines within short timelines.
A strategic vision detailing our progress from handheld diagnostic devices to cloud-enabled AI analytical networks.
Integrating on-device neural processing units (NPU) directly within our CW-3C and CW-6C wireless ultrasound arrays for automated gestational status detection in swine and sheep herds.
Developing high-frequency (10MHz+) ultrasound transducers tailored for fish health diagnostics, ovarian maturation tracing in sturgeon, and skeletal health tracking in aquaculture operations.
Constructing a cross-platform diagnostic database linking wireless on-site scanners with remote veterinary specialists via regional cloud APIs.
Modern food production systems require versatile toolkits. The technology once used only for swine and bovine health monitoring is now being adapted for industrial aquaculture. Identifying maternal viability and evaluating raw fillet yields in high-value species (like bluefin tuna, salmon, and sturgeon) rely on high-fidelity imaging. ECI's portable diagnostic units are built with robust housings to operate reliably in both wet, humid pond environments and dynamic onshore tank setups.
This approach ensures that our ODM partners can distribute a single unified hardware foundation configured for diverse, specialized regional markets.
Deploying specialized veterinary instrumentation across global agricultural and marine ecosystems.
In dense commercial swine production facilities, speed and biosecurity are vital. ECI's ECI-T2 needle-free jet injection systems eliminate the risk of cross-contamination by using high-pressure micro-jets instead of metal needles. Combined with the ECI-300W portable back-fat diagnostic tool, herd managers can quickly screen breeding sows, optimize feed programs, and improve overall litter consistency.
Industrial sturgeon farming requires high accuracy when determining fish sex and egg maturation levels. Standard manual palpation is slow and less reliable. Using our high-frequency CW-3C convex wireless ultrasound probe, breeders can quickly check ovaries and assess egg quality without causing undue stress to the fish. This supports more accurate sorting, reduces costs, and helps optimize caviar harvest planning.
For veterinarians working across remote locations, traditional heavy veterinary monitors are difficult to transport. The CW-6C handheld wireless probe connects directly to standard smart devices via high-speed Wi-Fi, allowing vets to perform early pregnancy checks in the pasture. This shortens detection times, helps identify non-pregnant cows sooner, and improves reproductive management on the farm.
With more than 60 products and more than 10 years of industry experience, ECI cooperates with many global enterprise partners every year to provide them with market-leading vet product solutions.
Working alongside global distribution networks and agricultural organizations to provide reliable veterinary diagnostics and field-ready precision tools.
Answers to common questions about our technical capabilities, OEM services, and field performance.
We provide full customization options for our diagnostic lines. This includes changes to outer housing designs, local language localization for diagnostic software, adjustments to wireless communication frequencies, and specific transducer calibrations for target species.
The ECI-T2 injector uses a high-velocity liquid micro-jet rather than a steel needle. Eliminating the metal needle prevents pathogen transmission between animals, avoids tissue damage, and removes the risk of broken needle fragments in food processing lines.
Our wireless probes, including the CW-3C and CW-6C, establish a direct point-to-point Wi-Fi connection with mobile devices, tablets, or computers. This allows real-time, low-latency diagnostic imaging directly on your screen without requiring external mobile data networks.
All ECI veterinary equipment is covered by a 1-year product warranty. During this period, we provide free component replacements for manufacturing defects. Our technical support team in Chengdu also offers lifetime troubleshooting and repair support.
Insights, updates, and research findings from ECI's veterinary imaging labs and breeding technology experts.
From wireless Doppler scanners to ovulation detectors and liquid nitrogen storage systems.
Leverage our 17+ years of clinical veterinary and diagnostic expertise. Contact our Chengdu R&D and supply chain team today to discuss customization, pricing, and regional shipping.
EACENIC SCIENCE & TECHNOLOGY