SC-XRD Sources

MetaljetD2 PLUS

The METALJET D2 PLUS for X-ray diffraction delivers the smallest and most intensive X-ray beam of any home lab X-ray source to meet the ever increasing demands of modern structural biology including protein crystallography and Small Angle X-ray Scattering.

IμS DIAMOND Source

The IμS DIAMOND series sets new standards for brightness, stability, reliability and ease of use. The series consists of the IμS DIAMOND CU and IμS DIAMOND MO.

涡轮X射线源

Turbo X射线源（TXS）具有现代的直接驱动阳极和带有整体涡轮分子泵的真空室，可用于更快的启动。紧凑型塔直接安装在圆锥体计。

IµS 3.0 Source

IµS 3.0是从头开始设计的有史以来第一个以晶体学设计的微焦点源。

Sealed Tube

我们的水冷密封管x射线源a large top-hat-shaped beam with excellent intensity for large and medium sized crystals in chemical crystallography.

The METALJET D2 PLUS for X-ray diffraction delivers the smallest and most intensive X-ray beam of any home lab X-ray source to meet the ever increasing demands of modern structural biology including protein crystallography and Small Angle X-ray Scattering (SAXS). Consequently, the METALJET D2 PLUS enables you to collect data on smaller, more weakly diffracting crystals.

The world’s strongest in-house X-ray source is now even more powerful: 250 W power load on the target, extended cathode lifetime with longer uptimes and further reduced maintenance requirements define the next generation, the new METALJET D2 PLUS.

在Metaljet D2加上常规旋转阳极发生器的固体目标中，被液态金属的高速射流所取代，该射流可以接受更高的功率负载。结果是X射线梁比传统的家庭源更明亮。

HELIOS MX optics for METALJET D2 PLUS transmits the X-rays to the crystal

为了提供如此小的X射线光束，需要在X射线光学的设计中进行技术创新，以更高的精度在多层的D间距中。Helios MX Metaljet D2 Plus的光学元件以均匀的小直径将X射线传输到晶体，大大超过了常规X射线源的强度。

The METALJET D2 PLUS was developed in collaboration with Excillum and is fully integrated into the D8 VENTURE cabinet, resulting in a small-footprint diffraction system. The source mounts directly on the goniometer ensuring easy and stable downstream alignment guaranteeing an excellent overall system precision.

默认情况下，带有Metaljet D2 Plus的D8 Venture已发货双端口，第二个端口准备进行另一个衍射实验，例如用于生物族研究。

The level of integration makes the difference between a MetalJet and the Bruker METALJET D2 PLUS.

• 由于专利的液态 - 金属射流技术，最高的X射线强度。比常规旋转阳极X射线源的功率负载大一个数量级。
• Unprecedented brightness resulting from the extremely high power loading and smallest electron focus.
• Perfect spot quality is achieved through the high-brightness LaB6 cathode and smooth, self-regenerating, liquid metal target which provides exceptional spatial and emission stability.
• Lower noise as the shorter-wavelength gallium Kα X-rays (λ = 1.34 Å) result in reduced background scatter and higher detector efficiency.
• Lower running costs are ensured by the low power consumption, minimal cooling requirements, and the self-regenerating target.
• Newly introduced "Dynamic Adaptation Technology" delivers an even more stable X-ray beam with increased up-time and reduced service costs
  

With the introduction of the IμS DIAMOND, microfocus X-ray sources have entered a new era of unprecedented performance that rivals modern rotating anodes without the cost and hassle of maintenance. The IμS DIAMOND is now available for Cu-, Mo- and Ag-radiation, in short: for all wavelengths commonly used in single crystal X-ray diffraction.

Small and weakly diffraction samples in particular benefit from the new technology.

All members of the IμS DIAMOND series deliver about 20% higher average peak flux densities than rotating anode generators. However, in contrast to rotating anode generators an IμS DIAMOND is fully air-cooled, has extraordinarily long up-times, does not require any routine maintenance, and is impressively compact.

IμS钻石完全集成到我们的单一和双源D8 Quest和D8风险溶液中。全面覆盖保修范围扩展选项可确保和平。

• Lowest Cost of Ownership
• 没有停机时间
• Highest Reliability

Extreme intensity when you need it – all day, every day. The IμS DIAMOND Source – Simply Brilliant!

Turbo X射线源（TXS）具有现代的直接驱动阳极和带有整体涡轮分子泵的真空室，可用于更快的启动。紧凑型塔直接安装在圆锥体计。This ensures easy and stable downstream alignment of the source to the goniometer, greatly improving overall system precision.

The entire generator is fully contained within theD8冒险cabinet, resulting in a very compact system.

• Optimized for Cu and Mo radiation
• 扩展的阳极和灯丝寿命
• Pre-aligned and pre-crystalized filament
• 轻松交换消耗品，以减少维护成本
• Component recognition thanks to Davinci concept
• Excellent uptime
• 双端口准备

The IµS 3.0 is the first-ever microfocus source designed from the ground up for crystallo-
graphy. Conventional microfocus sources adapt technology that was originally developed for radiography (non-destructive testing) and are thus not optimal for X-ray diffraction.

IµS 3.0没有这样的妥协：源的每个方面都是专门为X射线晶体学设计和制造的。

This means that you get a much brighter beam than ever before: up to twice the intensity of conventional microfocus sources. The IµS 3.0, available in our D8 Solution Second Generation, also features significantly better stability than conventional sources.

Best of all, the IµS 3.0 retains the legendary reliability and long tube lifetimes of the IµS family, still backed by the industry leading 3 year warranty.

• Up to twice the intensity of conventional X-ray microfocus sources
• Completely air cooled
• 功耗非常低
• Very long tube lifetimes
• 随着时间的流逝，强度很小
• Most stable X-ray output
• Hermetically sealed, He-purged beampath
• High reliability, 3 year warranty

Available in the D8 QUEST and D8 VENTURE with Cu, Mo and Ag Kα radiation.

我们的水冷密封管x射线源a large top-hat-shaped beam with excellent intensity for large and medium sized crystals in chemical crystallography. The source can be combined with a flat graphite monochromator for Cu and Mo radiation. The TRIUMPH monochromator is available for Mo radiation as an alternative to further increase the intensity. The sealed tube is powered by 3 kW highly-stabilized medium-frequency generator featuring an automatic monitoring of all important parameters as part of the DAVINCI concept.

既然，管子和发电机都是水冷的热量散热到空气中。

• Automatic burn-in of X-ray tubes to facilitate maximum tube lifetime
• 通过软件逐步升级并逐渐向X射线发电机的备用

For smallest crystals in chemical crystallography higher intensity sources, such as the IμS or the TXS are available. These sources also should be used for the investigation of protein crystals.