Five brands. One standard of excellence.
Purpose-built instruments for reproducible research.
We’re a team of engineers, scientists, and builders who design and manufacture instruments that fit the way researchers actually work. By uniting Lafayette Instrument, Aurora Scientific, Campden Instruments, Actimetrics, and ALZET®, we help labs run better experiments—and get clearer answers.
From in-house design, manufacturing, and software development to field support and method guidance, we partner with the global research community to help answer important scientific questions—faster and with greater confidence.
Years of Experience in Life Science Research & Technology
Instruments Inspiring Insight
We’re a team of engineers, scientists, and builders who design and manufacture instruments that fit the way researchers actually work. By uniting Lafayette Instrument, Aurora Scientific, Campden Instruments, Actimetrics, and ALZET, we help labs run better experiments—and get clearer answers.
We manufacture biometric instruments for life science research, public safety, and healthcare. Leveraging over 75 years of experience, we listen first and serve as a trusted partner to improve quality of life worldwide.
Empower our global partners to advance research, health, and safety outcomes with premier instrumentation and analysis solutions.
Integrity – We do what we say.
Collaboration – We put people first.
Innovation – We make things better.
Excellence – We take pride in our work.
Impact – We make a difference.
Society for Research on Biological Rhythms (SRBR) Biennial Meeting
SRBR promotes the exchange of cutting-edge scientific information about research in all aspects of biological rhythms.
Myofilament Meeting
This year's theme is "What's Hot in Myofilament Structure, Elasticity, and Regulatory Networks in Muscle Function and Disease."
Skeletal Muscle Circadian Clocks: Keeping Time for Systemic Health
Join us to discover how the living brain slice is revealing new mechanisms of seizure generation, improving translational research, and shaping future therapeutic strategies.
