Used RIGAKU 3640 #9200622 for sale
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ID: 9200622
Wafer Size: 8"
Vintage: 2009
X-Ray fluorescence wafer / Disk analyzer, 8"
Size: Less 1m²
Silicon wafer: WSix
Functions:
Multi-job
Multi-window
Multi-point distribution measurement:
Sample surface: 100 Arbitrary positions
Monitor display
Area sensor and protection mechanism of sample chamber lid
Specification:
Single layer film: BPSG, SiO2, WSix, polysilicon, W, TiN, AlSiCu, PZT, Y1 and BST on Si wafers, and oxide
Metal and alloy film such as glass and ceramic
Multi-layer film: Ti / Ni / Au on Si wafers
Compound film: Co alloy / Cr / Ni-P on memory disks
Sample chamber:
Sample size: 200 mm Diameter maximum
Collimator:
Center measurement: Out
Measurement: In (15 mm - 20 mm Diameter)
Movement: XYD Driving system
Goniometer
Counting unit:
Counting method: Multi-element
Counting capacity: 1.3 × 108 Counts
Counting time: 1 - 999 sec (Presettable at an interval of 1 second)
X-Ray generator unit:
Output: 3 kVA
Stability: Within +/-0.01%
X-Ray tube:
Capacity: 3 kW
Target: Rh
Heat Exchanger: Pure water circulation method
Evacuation system:
Dry pump: KASHIYAMA MU100N
Temperature stabilizer:
Control temperature: 36.5 +/-0.2°C (Vicinity of the sensor)
Computer system:
Computer: Windows type personal computer
Auxiliary memories:
Hard disk
Floppy disk: 1.44 MB × 1 (3.5")
CD-ROM
Monitor: LCD
Printer: A4 Size ink jet printer
Standard accessories:
Tools
Lamps
Fuses
Oils and greases
Data capacity:
Quantitative analysis:
Measuring condition: 300
Process parameter formula:
40 Calculation terms / Formula
300 Formulae
Calibration curve: 2000 Components
Group condition:
40 Components*1 / Group
200 Groups
Drift correction sample: 200
Limit range check: 40 Components*1 / Standard 500 standards
Standard sample:
40 Elements / Sample
500 Samples
Bias correction sample: 300
Calibration: Up to 200 - 40 constants sample
Record of analysis results: 2000 Sample IDs / 10000 Measurement points
Qualitative analysis:
Measuring condition: 300
Group condition:
30 Conditions / Groups
50 Groups
Configuration of options:
Additional instruction manual: English, dust-free paper
Additional instruction manual: English, plain paper
2-Theta table: English and japanese, plain paper
Sample holder: 200 mm in Diameter
Sample holder (With adapter): 30 mm in Diameter
X-Ray indicator: With interlock function
Power: 3 Phase, 200 VAC, 75 A, 50/60 Hz.
RIGAKU 3640 is an advanced x-ray equipment for radiographic applications. It is a full body x-ray system with two axes of rotation, providing enhanced coverage and accuracy in x-ray imaging. The unit features a full body cabinet with an adjustable x-ray beam height and a rotatable control arm. The design allows for an ergonomic operation while using a wider range of x-ray exposures. The machine also has a highly sensitive digital panel that can be quickly brought up to date with your latest imaging information. 3640 features a safe and efficient x-ray tool with built-in protection features to ensure accurate imaging, while delivering high resolution images. The safety components include a shielding chamber that filters out any stray and harmful x-ray radiation that could be emitted from the equipment. Additionally, the asset has a number of pre-set safety features that can quickly identify user errors that could lead to film overexposure. The model is also equipped with an adjustable table to ensure optimal patient positioning for radiographic imaging. The x-ray generator on RIGAKU 3640 offers a cut-off filter, which allows users to control the level of x-ray intensity to avoid overexposure. This filter also gives the user control over the irradiance, which is especially helpful for hand and extremity imaging. Additionally, the equipment's advanced x-ray source offers a wide voltage range with anodized copper filtration for improved contrast and resolution. 3640 utilizes a direct digital radiography (DDR) system, including an image processing station and an integrated image quality assurance (IQA) program. This unit allows for precision radiographic imaging while eliminating the traditional manual labor associated with developing x-rays. The DDR machine allows users to produce higher quality images in less time than with traditional radiographic methods. RIGAKU 3640 also offers a variety of exposure settings and radiographic contrast levels. The tool can produce a wide variety of film choices and combinations to meet the radiographic needs of clinical and industrial applications. The contrast levels and exposure settings can be easily adjusted to provide ideal images in a variety of situations. Overall, 3640 is a highly reliable and efficient imaging asset for radiographic applications. It features a variety of protective and safety features that ensure accurate imaging and a direct digital radiography (DDR) model for improved efficiency. The equipment also provides a wide range of exposure settings and contrast levels for ultimate flexibility in a wide variety of applications.
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