Education-Focused Tools for Real-World Science
Safe. Accurate. Accessible. Designed for Learning.
We are passionate about education and believe that education should be accessible, affordable, and based in real life experience. With those core principles in mind we have strived to develop analytical chemistry tools that make real science accessible in classrooms, field programs, and educational labs, without the hazards, costs, or complexity of traditional laboratory equipment.
Our education-focused products combine reagent-grade enzymatic chemistry with simple, intuitive instrumentation, allowing students to learn how modern chemical measurements are made while working with tools used by professionals.
Strategic Partnering with Dedicated Educators
The GaiaXus system is purpose-built for STEM educators in grades 5–12. It combines robust, low-cost, and accurate sensors with an interactive app that guides students through NGSS-aligned labs.
▶ Watch: GaiaXus in the Classroom (YouTube)
Built for the Classroom, Field, and Beyond
NECi enzymatic test kits can be used in a wide range of educational environments:
- School classrooms and labs
- Environmental science field courses
- Extension and outreach programs
- Citizen science initiatives
- Community monitoring projects
Students gain experience collecting samples, running assays, interpreting data, and connecting measurements to real-world environmental and societal issues.
Built-In Learning Tools
The GaiaXus Learning System combines:
- Accurate environmental sensors
- A dedicated teaching app
- An online portal with shared activities and lessons — helping educators create standards-aligned, hands-on learning experiences
Free Educational Resources
The GaiaXus app and platform include:
- Step-by-step lab instructions
- Learning modules tied to practical measurements
- Contextual support showing how environmental science applies in real settings
Hands-On Environmental Data Experience
GaiaXus tools (photometers, water quality monitors, etc.) provide real-world data collection and analysis experiences aligned to STEM education objectives for grades 5–12 and beyond.