Aurora Scientific
Excellence in muscle, neuroscience, and sensory research
For over 30 years, Aurora Scientific has been a trusted partner to researchers advancing muscle physiology, neuroscience, and sensory biology. Founded by scientists and engineers dedicated to precision measurement, Aurora’s instruments have become the global standard for quantifying force, length, and motion in living systems. Our tools enable scientists to examine how biological tissues respond to stimulation, movement, and mechanical stress—bridging the gap between physiology, engineering, and materials science. From single-fiber mechanics to neural activation and sensory response, every Aurora system reflects a legacy of engineering excellence and collaboration with the research community.
Product Focus
Aurora Scientific develops high-performance measurement and stimulation instruments used across diverse life science and materials research applications. Our product lines include dual-mode lever systems, force transducers, olfactometers, mechanical stimulators, and fast-response sensors — tools trusted by laboratories worldwide for their accuracy, durability, and reproducibility.
Our systems empower researchers to study:
- Muscle Function and Biomechanics — from isolated fiber mechanics to whole animal performance
- Neuroscience and Sensory Response — examining neural activation, odor dynamics, and mechanosensation
- Material and Bioengineering Applications — exploring artificial muscle, tissue scaffolds, and soft materials
Each Aurora system is designed to integrate seamlessly into experimental workflows, combining precision hardware with flexible software for synchronized control and data analysis.
Explore Aurora Scientific Solutions
Muscle Physiology
Aurora Scientific systems precisely measure and control the mechanical properties of muscle—from isolated fibers to whole muscle groups. Using Dual-Mode levers, length controllers, and sensitive force transducers, researchers can perform twitch, tetanus, fatigue, force-frequency in addition to dynamics contractions such as eccentric, isotonic and work-loop protocols with reproducible accuracy. These tools define complete force–length–velocity relationships and reveal key principles of contractile function.
Neuroscience
Aurora Scientific provides advanced tools for exploring neural response, sensory processing, and neuromuscular interaction. Olfactometry systems validate odor stimuli and map pheromone dispersion, while Dual-Mode levers act as mechanical stimulators to measure neuronal response to touch, stretch, and pain. These solutions help researchers investigate neural activation, regeneration, and feedback mechanisms in health and disease.
Materials Science
Bridging biology and engineering, Aurora Scientific instruments deliver unmatched precision for mechanical testing of advanced materials. Dual-Mode levers and force transducers quantify tensile strength, elasticity, and fracture properties in hydrogels, MEMS, and artificial muscle. With ultra-low compliance and high-speed control, these systems power innovation in biomaterials and soft robotics research.
Questions?
Connect with our Team:
