Animal Treadmill Gait Analysis System

GBR-Gait
Adjustable speed, Customized length and width, Enclosed camera

PRODUCT PARAMETER

GBR-Gait Technical parameters
Product size	554065cm
Footprint optical refraction runway system	Length 50cm, can be customized
	Material: PU
	Red LED background light
	Reflected light source green LED
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 below	Individual footprint data extraction
	Multi-footprint data hotspot analysis
	Exercise speed judgment and exercise status classification
	Footstep area recognition results

PRODUCT DESCRIPTION

TheGCell animal treadmill gait analysis system can place the experimental animal on the treadmill and force the experimental animal to walk or run when the track rotates.
In the process, the gait of the experimental animal is recorded through two high-resolution cameras perpendicular to each other, and the system uses the bright refraction technology of footprints to detect and analyze the walking cycle, the corresponding disease in what posture, and then evaluate the degree of its influence by arthritis, nerve damage and other diseases.

PRODUCT FEATURES

GCell animal treadmill gait analysis system becoming increasingly popular due to their numerous advantages. Here are some of the most important features of this product:
1. The treadmill rotation speed is adjustable, up to 2.5m/s
2. The length and width of the runway can be customized for animals such as mice, rats, guinea pigs and rabbits
3. The enclosed camera and lighting system allows gait experiments to be carried out in any lighting environment
4. Shooting and analysis with both lower and lateral directions

PRODUCT APPLICATION

GCell animal treadmill gait analysis system are widely used in Arthritis, Parkinson’s disease, Alzheimer’s disease, neurodegeneration, drug toxicity, neuropathy, myelitis, osteoarticular aging, Huntington’s disease, amyotrophic lateral sclerosis, etc.