The AVAIN LABS® Rota Rod With Digital Timer is a high-precision laboratory instrument designed for evaluating motor coordination, balance, grip strength, endurance, and neuromuscular performance in small laboratory animals such as mice and rats. Widely used in pharmacological, neurological, toxicological, and behavioral research, the system provides accurate and reproducible results for preclinical studies.

Equipped with a digital timer display, the instrument automatically records the latency to fall, enabling researchers to assess motor impairment, muscle relaxation, fatigue, and the effectiveness of therapeutic compounds with enhanced accuracy. Its robust construction, smooth motor operation, and adjustable rotational speed make it ideal for educational institutions, research laboratories, pharmaceutical companies, and biomedical research centers.

Key Features

• High-accuracy digital timer for precise recording of test duration
• Designed for motor coordination and balance assessment
• Suitable for mice and rat behavioral studies
• Adjustable rotational speed for various experimental protocols
• Sturdy and durable laboratory-grade construction
• Smooth, vibration-free operation for consistent results
• Easy-to-read digital display
• User-friendly controls for quick setup and operation
• Reliable performance for long-term laboratory use
• Ideal for pharmacology, neuroscience, and toxicology research

Applications

• Motor coordination studies
• Neurological disorder research
• Drug efficacy and behavioral testing
• Muscle relaxant evaluation
• Parkinson’s disease and neurodegenerative disease models
• Toxicological and pharmacological screening
• Academic and biomedical research laboratories

Technical Highlights

• Digital latency timer
• Adjustable rotation speed
• Multi-animal testing capability (model dependent)
• Continuous and reliable operation
• Laboratory-grade finish and construction

The AVAIN LABS® Rota Rod With Digital Timer delivers dependable performance, accurate measurements, and reproducible results, making it an essential instrument for modern behavioral and neurological research laboratories.

Available models