Bruker D8 ENDEAVOR

The D8 ENDEAVOR is made for extremely simple operation, high measurement speed at lowest detection limits and fast sample turnaround. The system is well suited for multi-user operation in industry, academia and research. For industrial process optimization and quality control, the D8 ENDEAVOR can be interfaced to automated sample preparation systems, which feed the samples without further operator actions. This guarantees highest integrity, homogeneity and quality of sample preparation and presentation.

This analyzer easily fits all kinds of laboratory and environmental conditions:

• 1 kW ECO version – low running costs by energy savings, single phase electricity, and no need for external cooling water
• 3 kW version – performance for those who desire lowest detection and quantification limits, or fastest measurement time
• Harsh environment option – highest reliability at high temperatures, humidity and in dusty atmospheres
• High altitude option – improved cooling and electrical safety for operation up to 4000 m above NN

Not only is the D8 ENDEAVOR made for rough 24/7 operation. Under the hood you will find the finest Bruker XRD technology that is key for satisfying highest analytical demands.

• Dynamic Beam Optimization (DBO) – no instrument reconfiguration by the operator needed. Motorized optics optimally adapt the beam-path geometry to the measurement conditions needed for various materials
• LYNXEYE detectors – highest data quality and lowest quantification limits. The energy discriminating LYNXEYE XE-T detector exhibits unprecedented fluorescence and white beam residue suppression, high count rate capability paired with excellent angular resolution. And, there is no more need for secondary monochromators or primary Kß filters.
• Sample handling – High sample turnaround is achieved by unloading the previous and preloading the next sample while the current analysis is running. New samples can be put into the sample changer while the measurements are running without exposure of the operator to X-ray radiation.