Product Name	Swine Loin Eye and Muscle Depth Analysis System
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Product Overview	The Swine Loin Eye and Muscle Depth Analysis System is a portable veterinary ultrasound platform designed for objective evaluation of loin muscle development, muscle depth, backfat and related carcass traits in live pigs. When combined with a compatible swine backfat transducer and analysis software, the system can support loin eye assessment, muscle depth measurement and advanced meat science applications without requiring slaughter of the animal. It is suitable for nucleus breeding farms, genetics companies, commercial pig farms, livestock performance testing stations, research institutes, universities and agricultural service organizations requiring repeatable live-animal measurements for breeding and production management.
Key Features	Loin Muscle Depth Measurement: Real-time ultrasound imaging enables trained operators to identify and measure the depth of the longissimus muscle and other relevant tissue interfaces. Loin Eye Analysis: Compatible probe and software configurations can support assessment of loin eye characteristics for breeding and carcass trait evaluation. Backfat Measurement: The system can also be configured for measurement of subcutaneous fat thickness at standardized anatomical locations. Meat Science Integration: Compatible software may support advanced analysis of loin eye area, intramuscular fat-related characteristics and other production traits. 12-Inch Touchscreen: A large touchscreen interface supports fast image adjustment, annotation, freezing and detailed measurement during farm or laboratory operation. Portable Farm Design: Compact construction and battery operation make the system suitable for movement between barns, breeding units and testing facilities. Veterinary-Oriented Interface: Measurement, annotation and reporting functions are designed for animal imaging workflows.
Structural Components	Portable Ultrasound Main Unit: Generates ultrasound signals, processes returning echoes and displays real-time tissue images. Touchscreen Display: Provides access to image settings, measurements, annotations and patient or animal records. Swine Backfat Transducer: A dedicated livestock probe can be used for muscle depth, backfat and loin-related scanning applications. Probe Connector: Provides the electrical and signal interface between the scanner and selected ultrasound transducer. Analysis Software: Compatible software platforms can support meat science, muscle and tissue analysis according to system configuration. Battery System: Enables temporary cordless operation for use in livestock houses and field environments.
Working Principle	A suitable ultrasound coupling medium is applied to the selected scanning area to eliminate air between the probe and the animal's skin. The transducer then sends high-frequency ultrasound waves through the skin, backfat and underlying muscle. Differences in tissue density produce reflected echoes that are received by the transducer and converted into a real-time B-mode image. The operator identifies the relevant tissue boundaries and uses the scanner's measurement tools or compatible analysis software to evaluate muscle depth, loin eye characteristics and backfat. Measurement repeatability depends on correct probe placement, consistent anatomical scanning points, suitable image settings and standardized operating procedures.
Technical Specifications	Product Type Portable veterinary ultrasound analysis system Primary Species Swine / pigs Main Applications Loin muscle depth, loin eye, backfat and related carcass trait evaluation Imaging Mode Real-time B-mode ultrasound Screen Size 12 inches Probe Connectors 1 Compatible Swine Probe L3180B2 swine backfat probe or compatible configuration Battery Life Approximately 90 minutes Weight Approximately 4 kg Dimensions Approximately 320 × 250 × 58 mm Software Integration Biotronics, Ecotext and Meat Q text compatible according to configuration Additional Imaging Functions Colour Doppler available on compatible system configuration Customization According to project requirements
Applications	Breeding Pig Selection: Provides objective muscle depth and body composition data for evaluating boars, gilts and other breeding candidates. Loin Eye Evaluation: Supports live-animal assessment of loin characteristics used in breeding, research and carcass trait programs. Genetic Improvement Programs: Ultrasound-derived muscle and fat measurements can be incorporated into performance recording and genetic selection systems. Commercial Pig Production: Suitable for monitoring muscle development and body composition in growing and finishing pigs. Meat Science Research: Supports studies involving loin muscle development, carcass composition, backfat and related meat quality characteristics. Livestock Performance Testing: Suitable for breeding companies, universities, research institutes and standardized pig testing stations.
Customization Options	System configuration can be adapted to different breeding, meat science and commercial production applications. Available options may include: • Dedicated swine backfat and muscle measurement probe • Loin eye analysis software • Muscle depth and backfat measurement functions • Meat science analysis software integration • Image and measurement data storage • Protective carrying accessories • Farm-use power and battery accessories • OEM and distributor configurations Final probe, software and accessory configuration is available according to project requirements.
Installation & Maintenance	Before operation, connect the compatible ultrasound transducer securely and select the appropriate swine or musculoskeletal measurement preset. Identify the required anatomical scanning location according to the breeding, testing or research protocol. Prepare the surface if necessary and apply sufficient ultrasound coupling gel to provide consistent acoustic contact. Position the probe steadily and adjust depth, gain and other imaging parameters until the relevant fat and muscle boundaries are clearly visible. Freeze the image before performing quantitative measurements. After each scanning session, remove coupling material and clean the transducer using procedures compatible with the probe material. Avoid excessive cable bending, dropping the probe or exposing electrical connectors to water. Regular inspection of the probe surface, cable, connector, touchscreen and battery is recommended for dependable long-term use.
Project Cases	The system can be incorporated into commercial pig breeding programs, nucleus farms, genetic improvement projects, livestock testing stations and university meat science programs that require repeatable evaluation of live-animal muscle and carcass-related traits. For large-scale projects, measurement records may be combined with animal identification, breeding records and farm management databases according to customer workflow and software requirements.
Product FAQ	Q: What does this swine ultrasound system measure? A: Depending on the selected probe and software, it can support measurement and analysis of loin muscle depth, backfat and loin eye characteristics in live pigs. Q: Can it measure loin eye area? A: Compatible swine probe and analysis software configurations can be used for loin eye evaluation and related meat science applications. Q: Is the system suitable for live pigs? A: Yes. Ultrasound allows non-invasive evaluation of muscle and fat characteristics without slaughtering the animal. Q: Can it be used for breeding selection? A: Yes. Muscle depth, loin characteristics and backfat measurements can provide objective production data for breeding and genetic evaluation programs. Q: What probe is used for swine muscle analysis? A: A dedicated swine backfat or large linear transducer is typically used. The exact probe should be selected according to the scanner and required analysis software. Q: Can it also measure backfat? A: Yes. The system can support backfat measurement when configured with a compatible swine probe and measurement software. Q: Can the system be supplied for commercial breeding projects? A: Yes. Probe type, software functions, accessories and packaging can be configured according to project requirements.
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