Aleph Scientific supplies American and Canadian research labs with the best custom goniometers in the world. These goniometers’ main applications are used in X-ray diffraction and neutron scattering experiments. X-ray diffraction determines the structure of a crystalline sample; neutron scattering determines the structure of a sample of material. Huber’s precision stages and turntables mechanically, optically and electronically position these samples to an accuracy of ± 4 µm under a load of up to 4000 N.
Huber’s equipment maximizes three prime aspects: positioning, (x, y, z and rotation), beam application (detectors and beam conditioning), and control systems via LabVIEW. Designed and built to meet the highest fine positioning requirements, Huber’s systems are exclusively manufactured in a modern processing facility using the best materials. Precision manufacturing techniques, developed over decades, ensure the highest torsional stiffness at the lowest weight possible for the most precise results at the highest resolution. The quality of the materials and manufacturing contribute to the goniometers’ long life and low maintenance.
Beginning at the design stage, Huber’s experienced engineers work directly with scientists and labs to adapt and combine their translational and rotational systems to create multi-positioning goniometers specific to individual project needs. All systems arrive equipped with mechanical limit switches, gears, scales and couplings to adapt the drive system. The goniometers options include a range of accessories, such as additional sample holders and various types of goniometer heads and keys. Additionally, Huber offers a wide selection of instruments for X-ray research including classic X-ray cameras, like Laue and Guinier, and diffractometers for powder, single crystal, and stress/texture examination. Finally, Huber provides support on installation and maintenance.
One of Aleph Scientific’s largest customers is Argonne National Laboratory. Argonne depends on Huber products to conduct its research, which influences the development of everything from microcircuits to pharmaceuticals to nanotechnologies. Researchers at Argonne use Huber goniometers in conjunction with their Advanced Photon Source electron accelerator system to study the structure and function of materials sourced from across the solar system. Their research impacts future engineering design, medical treatment, and, ultimately, the economy.
Another important customer, Berkeley National Lab, uses Huber goniometers with its Advanced Light Source accelerator, which can observe and record electrons traveling near the speed of light in order to investigate and document the properties and processes of biological matter. Scientists depend on this data to create new materials.
