Our Efficiency Solutions for Crystallography feature the IμS 3.0 microfocus X-ray source built specifically for crystallography to deliver efficient performance without compromising on reliability.
Choose between Ag, Mo or Cu radiation.
Compared with conventional microfocus source technology, the IμS 3.0 microfocus X-ray source delivers significantly increased X-ray intensity at the sample position, enabling shorter measurement times and improved data quality - particularly for small or weakly diffracting crystals. The microfocus sealed-tube ensures excellent stability, long lifetime and low maintenance requirements.
Our Efficiency Class single-crystal X-ray diffractometers are available built to your specification or as a pre-configured flagship solution - the D8 QUEST GX.
Our Efficiency Solutions can be equipped with either a silver (Ag), molybdenum (Mo) or copper (Cu) radiation source.
The optimal X‑ray wavelength for your research depends strongly on your applications, including crystal size and quality, sample composition and absorption behavior.
For help in choosing the right wavelength, view our "which wavelength?" guide or contact a Bruker expert.
The D8 QUEST GX is the flagship configuration of our Efficiency Solutions for single-crystal X-ray diffraction. It is a compact, walk‑up system designed to deliver fast, reliable results every day.
The D8 QUEST GX is ideal for chemistry and materials research laboratories and crystallographic service facilities that require reliable, routine single-crystal X-ray diffraction using an instrument with a compact footprint.
This configuration of the D8 QUEST supports a wide range of applications, from standard structure determination to more demanding measurements on small or weakly diffracting crystals, making it suitable for both occasional and experienced crystallographers.
Our modular diffractometer platforms can be built custom according to your lab's specific needs, with your choice of X-ray radiation, goniometer, software, devices for non-ambient crystallography and more.
This configurator is for our Efficiency Solution diffractometers, which are equipped with a IμS 3.0 microfocus X-ray source.
To configure our other solutions click here:
Visit the single-crystal X-ray diffraction main page for more information on our complete single-crystal X-ray diffraction range and available technologies, or view other diffractometer classes using the links below.
A big thank-you to Bruker for the excellent training and the support they provide us with. In total, these enhanced capabilities of the system (D8 QUEST GX) have opened up exciting new opportunities for time-resolved studies, fast phase transitions, and pioneering work in quantum crystallography.
Dr. Fengxia Wei, Dr. Mohan Bhadbhade, and Dr. Ruoming Tian - The University of New South Wales - Australia
The combination of high-temperature SC-XRD and advanced crystallographic software enabled us to answer structural questions that would otherwise have remained unresolved.
K. Müller-Buschbaum - Institute of Inorganic and Analytical Chemistry, Justus-Liebig-University Giessen
The use of a CHAPERONE has enabled our team to determine the molecular structure and absolute configuration of two chiral reaction products difficult to crystallize. The chaperone is remarkably easy to handle and can produce high-quality multi-component crystals overnight. One major advantage is that it can be used in any standard R&D laboratory without the need for any additional equipment. This approach offers a valuable additional crystallization option that we, as a service facility, can provide to our colleagues in synthetic laboratories. It is especially useful whenever challenging samples require a specialized solution to acquire single crystals for diffraction.
Dr. Nils Nöthling, Dr. Luc M. Debie, Dr. Mathias Turberg - Max-Planck-Instituts für Kohlenforschung, Mülheim an der Ruhr
The D8 VENTURE delivered an outstanding powder diffraction pattern that made the identity of these crystals instantly clear. We were truly impressed by how quickly and confidently we could analyze material from such a tiny intraocular lens. The instrument made the entire process much easier and far more decisive.
Dr. Cassandra Ward, Lumigen Instrument Center, Wayne State University