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Inception SMX-225CT.

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Presentation on theme: "Inception SMX-225CT."— Presentation transcript:

1 Inception SMX-225CT

2 inspeXio sm25C First in the Industry CT Scan Auto-Positioning via Exterior Camera True 3D Non-Destructive Testing Machine Featuring a proprietary microfocus X-ray tube and high-sensitivity ima inspeXio SMX-225CT is Shimadzu's top-of-the-line microfocus X-ray CT system. An intuitive user interface ensures the easy acquisition of clear CT images of a sample's internal structure. Previously impossible with earlier inspection machines, the SMX-225CT's wide sample stage allows easy inspection of large samples and covers a variety of applications, from miniaturized electronic devices to aluminum die-casting for automobiles. Equipped with a wide range of useful functions, inspeXio SMX-225CT is the highest grade of CT inspection machine.

3 Shimadzu's microfocus X-ray tube provides high-power output to penetrate samples, while the collimated X-ray focus acquires clear images, even at high magnification. Improved image intensifier lenses enhance image quality, and Shimadzu's continuous improvements to major system components ensure beautiful, clear images that satisfy every customer's highest expectations. Conventional instruments typically demanded both complex operation and a high degree of operator skill. Now, our calibration-free operation eliminates the need for laborious calibration work. And determining the imaging position couldn't be easier. Positioning based on the exterior camera image and Easy Zoom functions, ensure imaging operations are simple. A range of convenient functions significantly reduce the time required prior to imaging. An ultrafast CT image-processing engine provides astonishingly fast processing, while a 3D cone-beam CT quickly creates 3D views of internal structures in a matter of moments.

4 Feature Exterior Camera for Intuitive Manipulation (Patent Pending)
Exterior camera image lets you easily decide the CT imaging position. No need for complex operations or special operator skills. Ф 300mm H 300mm Step 1 Load the sample on the stage. (Max. sample size: 300 mm dia. x 300 mm H) Step 2 Use the mouse to specify the CT scan area on the exterior camera image. Min.field-of-view Curent.field-of-view Max.field-of-view Step 3 Set the CT parameters and start the scan. Click CT scan is completed R E S U L T

5 Result: Tomographic image is displayed.
Exterior Camera Detector X-Ray Tube CT Stage

6 Easy Zoom (Patent Pending)
After the initial CT, just a few simple steps produce CT scan of your area of interest. Align the CT scan area with the region of interest. (This synchronizes stage movement.) Step 1 Step 2 Display the current CT scan area on the MPR screen. Close the MPR screen. Set the CT parameters and start the CT scan. Result: Enlarged tomographic image of the region of interest is displayed. Step 3

7 Software Filled with Useful Software MPR Display Function
Obtained by placing CT data at equal intervals along the Z-axis in virtual space, the "Multi-Planar Reconstruction (MPR) function” renders virtual 3D data as cross-sections (oblique or double- oblique images) for any horizontal or vertical position. CT image -D-line shows position of CT image in top-left frame Oblique image (1) formed by cross- section on plane B Oblique image (2) formed by Double-oblique image formed by cross-section on plane A Double-oblique image formed by cross-section on plane C

8 2D image analysis software that offers sophisticated image processing.
VGStudio This software reconstructs slice images taken by the CT unit to create a 3D representation. It fully exploits the hardware performance to visualize and analyze images using high-speed volume rendering, even creating animations that rotate the visualized 3D image. X-Ray Image Viewer 2D image analysis software that offers sophisticated image processing. Brightness profile display Image display Angle/distance measurements from image View of arbitrary image plane

9 Safety Measures Sliding-Door Safety Mechanism Prevents Injuries
Door Interlock Circuit (X-Ray) This double-interlock circuit is installed in the sliding door to prevent X-ray emission while the door is open. Door Interlock Circuit (CT Stage) Allows stage operation to be stopped while the sliding door is open. Collision Sensor Installed near the X-ray source unit, this collision senso「prevents collisions between the CT stage and the X-ray generator. Sliding-Door Safety Mechanism Prevents Injuries This safety mechanism protects against pinched fingers in the sliding door. To close the door, turn the door safety lock counterclockwise with the left hand, grip the door handle with the right hand and gently slide it to the left. This safety mechanism protects against pinched fingers in the sliding door. To close the door, turn the door safety lock counterclockwise with the left hand, grip the door handle with the right hand and gently slide it to the left. Object Movement Limit Function Use this convenient software function to enter the size of the sample and prevent collisions. Limit Area Human Human Human Human Human Human

10 Applications Electronic Components Digital camera

11 Electronic Components
Cylindrical lithium cell Prismatic lithium cell Electrolytic capacitor

12 Electronic Components

13 Applications Automobile Parts

14 Other Applications

15 Specifications Model inspeXio SMX-225CT inspeXio SMX-90CT(Benchtop Type) P/N X-ray generator Non-enclosure tube type, Maximum tube voltage: 225 kV, Maximum tube current: 1000 ^A, Maximum output: 135 W Sealed tube type, Maximum tube voltage: 90 kV, Maximum tube current: 250 ^A, Maximum output: 10 W X-ray detector Image intensifier Digital flat panel detector Maximum stroke of SOD axis (*1) : 670 mm SOD axis (*1) : 200 mm CT stage SID axis(*2) : 600 (400 to 1000)Z axis : 300 mm Z axis : 50 mm max. Maximum sample size 300 mm (dia.) H300 mm, 9 kg 160 mm (dia.) H100 mm, 4 kg CT field-of-view(FOV) 200 mm (dia.) 50 mm (dia.) Scanning methods Normal Scan, Half Scan, Offset Scan, FS Scan (*3), 2DCT (*4), CBCT (*5) Offset CBCT CT Data acquisition time Any value from 10 seconds to 30 minutes. Any value from 40 seconds to 30 minutes. CT reconstruction matrix 512 x 512,1024 x 1024, 2048 x 2048, 4096 x x x 1024 Size and Weight of shield box W 2,170 x D 1,350 x H 1,860 mm, 3,100 kg W 830 x D 601 x H 587 mm, 250 kg Size and Weight of specialized desk W 1,200 x D 700 x H 1,270 mm, 50 kg W 1,500 x D 750 x H 740 mm, 60 kg Power supply Main unit : AC 200 V ± 10 %, 50/60 Hz, 3 kVA Computer: AC 100 V ± 10 %, 50/60 Hz, 1 kVA AC 100 V ±10% 50/60 Hz, 1 kVA X-ray leakage rate 1 uSv^ max. 1 uSv/h max. Model inspeXio SMX-225CT inspeXio SMX-90CT(Benchtop Type) P/N X-ray generator Non-enclosure tube type, Maximum tube voltage: 225 kV, Maximum tube current: 1000 ^A, Maximum output: 135 W Sealed tube type, Maximum tube voltage: 90 kV, Maximum tube current: 250 ^A, Maximum output: 10 W X-ray detector Image intensifier Digital flat panel detector Maximum stroke of SOD axis (*1) : 670 mm SOD axis (*1) : 200 mm CT stage SID axis(*2) : 600 (400 to 1000)Z axis : 300 mm Z axis : 50 mm max. Maximum sample size 300 mm (dia.) H300 mm, 9 kg 160 mm (dia.) H100 mm, 4 kg CT field-of-view(FOV) 200 mm (dia.) 50 mm (dia.) Scanning methods Normal Scan, Half Scan, Offset Scan, FS Scan (*3), 2DCT (*4), CBCT (*5) Offset CBCT CT Data acquisition time Any value from 10 seconds to 30 minutes. Any value from 40 seconds to 30 minutes. CT reconstruction matrix 512 x 512,1024 x 1024, 2048 x 2048, 4096 x x x 1024 Size and Weight of shield box W 2,170 x D 1,350 x H 1,860 mm, 3,100 kg W 830 x D 601 x H 587 mm, 250 kg Size and Weight of specialized desk W 1,200 x D 700 x H 1,270 mm, 50 kg W 1,500 x D 750 x H 740 mm, 60 kg Power supply Main unit : AC 200 V ± 10 %, 50/60 Hz, 3 kVA Computer: AC 100 V ± 10 %, 50/60 Hz, 1 kVA AC 100 V ±10% 50/60 Hz, 1 kVA X-ray leakage rate 1 uSv^ max. 1 uSv/h max. (*1) Abbreviation for Source to Object Distance. It is the distance from X-ray focus point to a sample. (*2) Abbreviation for Source to Image Distance. It is the distance from X-ray focus point to a detector. (*3) Abbreviation for Fan-Shaped Scan. It is a scanning method that obtains CT images at rotation angles of 60, 90, and 120 degrees. (*4) Abbreviation for 2-Dimensions Computed Tomography. It is the scanning method which obtains CT image of one slice or three slices with one scan. (*5) Abbreviation for Cone Beam Computed Tomography. It is the scanning method which obtains CT images of hundreds of slices with one scan. (*1) Abbreviation for Source to Object Distance. It is the distance from X-ray focus point to a sample. (*2) Abbreviation for Source to Image Distance. It is the distance from X-ray focus point to a detector. (*3) Abbreviation for Fan-Shaped Scan. It is a scanning method that obtains CT images at rotation angles of 60, 90, and 120 degrees. (*4) Abbreviation for 2-Dimensions Computed Tomography. It is the scanning method which obtains CT image of one slice or three slices with one scan. (*5) Abbreviation for Cone Beam Computed Tomography. It is the scanning method which obtains CT images of hundreds of slices with one scan.

16 Special large CT scan area model
Comply with all local regulations when installing an SMX system. Accommodates samples up to 500 mm dia. x 500 mm height Max. CT field-of-view: 200 mm dia.


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