Animal Gait Analysis System LGAS-A11

Name: Animal Gait Analysis System LGAS-A11
Brand: Labtron
SKU: LGAS-A11
Rating: 5 (655 reviews)

Animal Gait Analysis System LGAS-A11 features a 50 cm standard runway, customizable to suit various animal sizes. Its treadmill speed reaches 2.5 m/s, enabling precise control over the animal's pace in experiments. The dual high-resolution cameras capture bottom and side views, enabling detailed gait and posture analysis. It features customizable runway dimensions to fit species like mice, rats, guinea pigs, and rabbits. Our system uses refraction technology to analyse walking cycles, aiding in arthritis and nerve evaluation.

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Length	50 cm, can be customized
Background Light	Red LED
Reflected Light	Source green LED
Material	PU
Shooting System	Bottom and side shots are bi-directional, allowing simultaneous analysis of experiments Gait and posture of the animal Video quality: 1080p.120fps, up to 720p, 240fps
Lateral analysis	Changes in knee and ankle angles Changes in limb swing Relative swing amplitude of limbs, etc
Analysis	Individual footprint data extraction Multi-footprint data hotspot analysis Exercise speed judgment and exercise status classification Footstep area recognition results
Product Size	550 × 400 × 650 mm

Adjustable runway
Premium video capture
Refraction runway
Red LED backlighting
Green LED reflection

Our Animal Gait Analysis System LGAS-A11 is widely used in research on arthritis, Parkinson's disease, Alzheimer's disease, neurodegeneration, drug toxicity, neuropathy, myelitis, osteoarticular ageing, Huntington's disease, and amyotrophic lateral sclerosis.

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Animal Gait Analysis System LGAS-A11 Catalog

Available Range :

Animal Gait Analysis System LGAS-A10 : 150 cm Animal Gait Analysis System LGAS-A11 : 50 cm, can be customized

Models of Animal Gait Analysis System

Labtron offers advanced tools designed to assess and quantify walking patterns in animals, playing a crucial role in research. Their high-resolution sensors and cameras capture gait data, identifying subtle abnormalities. They feature real-time monitoring with wireless transmission, instantly displaying lower limb postures. These systems can be customized for specific research or clinical needs and are applied in fields such as animal behaviour studies, and physical therapy. Our systems assess spatial and temporal gait aspects, offering insights into symmetry, coordination, and balance.