Ionwerks manufactures a complete line of instrumentation and equipment for use in Time-of-Flight mass spectrometry. Our products include a complete alkali ion beam line based on surface ionization sources, a compact ortho-tof Mass Spectroscopy System for Bio-Mass Analysis, a complete msri detector system for isotopic detection of of ions with resolutions between 400-600 amu, and an 8-channel time-to-digital converter which makes it possible to use drs and msri to monitor surface structure and composition during thin film growth. Our instruments provide the in-situ structural and elemental analysis necessary for many applications, from the fast emerging field of time-of-flight mass spectrometry for biomolecular analysis to the growth of superior wide-bandgap materials.
A complete list of our products can be found under product information. Our team of scientists and engineers is available to customize products to your application.
Research & Development
At Ionwerks, we are continuously working to refine our instruments and processes through a series of research grants and professional collaborations. Ionwerks is an active participant in the government-funded Small Business Innovation Research sbir program. Since our founding in 1986 we have completed twenty-six Phase I sbir projects. We have received funding from dod, doe, nasa, nih and the nsf.
We currently have a cooperative research and development agreement crada with Argonne National Laboratory to study msri process control applications. In addition, our Houston location allows for collaboration with groups at both Rice University and the University of Houston. Our industrial membership in the Space Vacuum Epitaxy Center svec at the University of Houston gives us access to state-of-the-art equipment and processes for film growth, as well as instrumentation for surface analysis and characterization.
We have published the results of many of our research projects in refereed journals. A reference list is available under published research papers.
Our customers range from government agencies and university researchers to commercial users.
Address Voice Fax Email
1200 Binz, Suite 1230, Houston, TX 77004 USA
713 522-6735 firstname.lastname@example.org