X-ray analytical devices (XRD, XRF)

X-ray analytical devices are a group of instruments commonly used in the laboratory to analyze materials. Two of the most common types of X-ray analytical devices are X-ray diffraction (XRD) and X-ray fluorescence (XRF) instruments. X-ray diffraction (XRD) instruments use X-rays to determine the crystal structure of a material. The X-rays are directed at the sample and then diffracted, or scattered, at specific angl (more)es. By analyzing the pattern of diffracted X-rays, the XRD instrument can determine the atomic arrangement of the material, which can provide information about its composition, crystal structure, and other properties. XRD instruments are commonly used in materials science, geology, and chemistry to study the composition and structure of various materials. X-ray fluorescence (XRF) instruments use X-rays to excite atoms in a material, causing them to emit fluorescent X-rays. By analyzing the energy and intensity of the emitted X-rays, the XRF instrument can determine the elemental composition of the material. XRF instruments are commonly used in a variety of fields, including environmental analysis, geology, materials science, and archaeology. Both XRD and XRF instruments are non-destructive, meaning that they can analyze materials without damaging them. They are powerful tools for identifying and characterizing materials, and are widely used in research and industrial applications.

Rigaku Ultima III X-ray Diffractometer (XRD) w/SA-HEM3 6 Station Holder Lab

Rigaku X-ray Diffractometer (XRD) Ultima III This system was removed from a university lab where it (more)was surplus to requirements. The system is in reasonable used cosmetic condition. It has not been powered on at our site due to our on-site risk assessments surrounded X-Rays. Various components and parts are included as listed below, along with a PC setup, although no Rigaku software programs appear to be installed on the PC.However, there are the following software disks included: - Rigaku Basic Software (Cat No.: 9240J101) - Rigaku TTRAX3 and Ultima3 Software (Cat No.: 9240J101) - Rigaku Special Order Software (U30megaP) (Cat No.: 9999) System Specifications: - Model: Ultima III - Cat No.: 2035M410 - Serial No.: DD3654N - 6 Station Holder - Model: SA-HEM3 - Cat No.: 4057J101 - Serial No.: 00563702 - Patlite Beacon - Model: LMS-L (SN-06X03M) - Rigaku DC Motor Controller - SN: DD12866 - Rigaku Long Fine Focus - Type: R01-29-0202 - NC: 9430 022 73201 - No. DK 402688 - Rigaku CBO Cross Beam Optics - Cat No.: 2220B101 - SN: DD12793 - Additional Rigaku parts: - Cat No.: 5738E402 (SN-DD061813) - Cat No.: 2155G101 (SN-DD12804) - Cat No.: 4601K831 (SN-DD12154) - Cat No.: 4253A101 (SN-DD11586 - Vexta Stopping Motor - Model: PK543-A - SN: UR70J32307 PC Setup: - Dell Optiplex 9020 with monitor, keyboard, and mouse - The PC is in working order with all passwords cleared. It contains a few Rigaku files, but no software programs appear to be installed. Included Manuals/Software: - 2 x Rigaku D/MAX 2000/PC Series Instruction Manual - X-Ray Diffractometer Instruction Manual - Rigaku Basic Software (Cat No.: 9240J101) - Rigaku TTRAX3 and Ultima3 Software (Cat No.: 9240J101) - Rigaku Special Order Software (U30megaP) (Cat No.: 9999) Loose spare parts included: - Rigaku Cat No.: 2701E201 (SN-AD08851) - Container of round parts: Rigaku 900003 SH, w/Groove - 2 x Small containers with unknown parts - Scintag Generator Key - Key labeled: "Microscope" - Container of small metals, including: - 1 x Bag labeled "Silicon" - 1 x 640d Silicon Powder - 2 x Tubs UCAR Spectroscopic Powder - 1 x Tub labeled "Tung Flake" - Approximately 20 x small containers of Silicon metal

£4,000.00 ex VAT

United Kingdom

x ray analytical devices xrd & xrf

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