Sometimes you need to think inside the box.

You spoke and we listened.  Teaching experimental electrochemistry can be a daunting challenge unless your faculty has a member who has had hands-on experience with electrochemical methods.  Despite the modern significance of electrochemistry, it may not be taught beyond simple balancing of redox reactions in general chemistry.  Or perhaps it is not as accessible as other common instrumental methods such as separations and spectroscopy.  Maybe the traditional approach to electrochemistry has left a bad taste in your mouth?  Perhaps it is just a segment of chemistry that has escaped you throughout your educational and laboratory experiences.  We have been approached by countless faculty seeking guidance on how to effectively teach experimental electrochemistry.  Educators have asked us for pedagogical wisdom, practical and timely applications, cost-effective instrumentation, and accessibility to electrochemistry for many years.  With the success of our low-cost yet highly powerful WaveNow potentiostat with AfterMath software, we have combined an array of our products and coupled them with a guide, written for educators, which contains fundamental concepts, specific electrochemical theory in an accessible manner, and practical laboratory exercises with instructor's guides.  We believe that educators with sufficient chemistry and/or engineering backgrounds will find our compilation, called EChem in a Box, an answer to the question, "How do I integrate experimental electrochemistry into our curriculum when we do not have any electrochemists available?"  EChem in a Box is the solution.