Our technology supports precise data collection and analysis across areas such as kinetics, thermodynamics, and molecular behavior.
This spectrophotometer measures the fluorescence and absorbance spectra of samples such as quinine sulfate, fluorescein, chlorophyll, and fluorescent proteins. Connect it to your device via Bluetooth® wireless technology or USB.
This is an optical fiber accessory designed exclusively for emission spectrum experiments with Vernier-branded spectrophotometers, including Go Direct® SpectroVis® Plus, Go Direct UV‑VIS, and Go Direct Fluorescence/UV‑VIS.
Measure absolute pressures up to 690 kPa (100 psi) with excellent accuracy. The improved Go Direct Wide‑Range Pressure Sensor can measure changes in liquid, gas, or vapor pressure.
The concept of chirality can be difficult for students to visualize. Go Direct Polarimeter provides a visual representation of this concept by measuring the optical rotation of optical somers such as sugars, amino acids, and proteins.
The Go Direct Wide‑Range Temperature Probe is designed to replace a thermometer in experiments such as the recrystallization of benzoic acid, the synthesis and analysis of aspirin, and more.
The Vernier Flash Photolysis Spectrometer is perfect for students to explore the fundamental principles of photochemical reactions.
Watch Vernier chemistry specialist Dr. Melissa Hill demonstrate the use of our Flash Photolysis Spectrometer. This simple, user‑friendly device is ideal for demonstrating the fundamental principles of chemical kinetics and photochemistry to undergraduate chemistry students.
Explore our library of on‑demand videos or reach out to our team of experts to request a demo. You can also contact us through chat directly.
Explore fluorescence spectroscopy with a guided-inquiry experiment that builds conceptual understanding. Students learn how spectrometer settings influence data, determine optimal excitation conditions, prepare serial dilutions, and examine how concentration affects fluorescence emission.
Introduce reaction kinetics with a polarimetry experiment that tracks the acid- and enzyme‑catalyzed breakdown of sucrose in real time. Students measure optical rotation, calculate specific rotation, and use kinetic data to determine reaction order and rate constants.
As you implement data-collection technology into your teaching, we’re here to support you! Looking to learn more about our products or have questions about ordering? Reach out to our team at support@vernier.com.