- Very small beam, less than 100 microns at the crystal, provides superior signal to noise.
- 3 year warranty on the tube reduces cost of ownership.
- Integrated optics are optimized for the detector type (HPAD or IP).
- Integrated Confocal MaxFlux double bounce optic. The double-bounce μCMF optics provide up to 70X better Cu Kβ suppression than single bounce optics, providing a beam with less noise, lower divergence and more intensity, allowing for more accurate data collection on small crystal samples.
Microfocus high-intensity sealed tube X-ray source
X-ray source component for X-ray diffraction and crystallography
The MicroMax-003 is a third generation microfocus sealed tube X-ray generator. It is the perfect X-ray source for someone who wants the benefits of a microfocus X-ray source (low power consumption and long tube life) without the added maintenance that goes along with a more powerful rotating anode microfocus X-ray source. It consists of a tightly coupled microfocus generator and specially designed confocal multilayer optic to provide an extremely low-maintenance system. With performance that exceeds that of the previous generation of 5.4 kW RU rotating anode generators, the MicroMax-003 is the perfect upgrade path for users of these systems.
Engineered for Productivity
Productivity can be measured in many ways but the up-time of a system is perhaps one of the most important issues. The MicroMax-003 will run maintenance free for years, and when you do have to change an X-ray tube, it has been designed to be as easy as a standard sealed tube X-ray source.
Designed for Flexibility
Featuring a built-in multilayer optic, the MicroMax-003 can be integrated into a number of different X-ray systems. This source a great complement for labs that have ready access to synchrotrons as well as limited maintenance resources.
|Technique||Microfocus sealed tube X-ray source|
|Benefit||Low power consumption and long tube life|
|Technology||Microfocus high-intensity sealed tube X-ray source|
|Core attributes||Beam is less than 100 microns at sample|
|Core options||Cu, Mo, Ag, Au, Cr and Rh|
|Core dimensions||351 (W) x 471 (H) x 100 (D)|
|Mass (core unit)||-|
|Power requirements||3Ø, 200 V, 15 A|