Digital radiography systems for a wide range of NDT tasks

Vision in X offers various digital systems for all NDT tasks in which conventional film radiography is used, particularly for the inspection of cast parts and welds. For this purpose, a digital detector selected independently of the device manufacturer and specifically for the inspection task is combined with the control and evaluation software ISee! Professional . We support you in selecting a suitable system, during commissioning, and beyond. Switching to digital radiography offers the following advantages:

Efficiency – more available resources thanks to faster inspection (the required image quality can be achieved with significantly shorter exposure times)
Cost reduction – film and development costs are eliminated
Improved image quality – nearly noise-free images are possible thanks to the removal of dose limitations (software-based integration)
Digital image processing and image-based measurements – improved detectability of indications and more reliable inspection results
Efficient documentation and traceability – simple and rapid sharing of digital image and metadata
Greater mobility – no need for film development

Standard-compliant weld inspection in accordance with ISO 17636-2 and cast-part inspection in accordance with DIN EN 12681-2

Radiographic inspection of a circumferential weld in a 100/80 mm steel pipe, double-wall double-image technique (ellipse)

The ISO 17636-2 standard defines the minimum requirements for the radiographic testing of metallic welded joints using digital technology, while DIN EN 12681-2 specifies the procedure for the radiographic testing of castings for the detection of discontinuities using computed radiography (CR) and digital detectors. The systems from Vision in X enable efficient work in accordance with both standards through the use of selected hardware, high-quality detector correction, specialised measurement tools, innovative image processing, flexible inspection reporting, and more. Further information on the inspection standards can be found at:

Inspection in accordance with ISO 17636-2

Inspection in accordance with DIN EN 12681-2

Our offered Digital Detectors

High-resolution systems (pixel size below 100 μm)

Designation	Pixel size, μm	Image area, cm² (side lengths)	kV range	Scintillator	Max. frame rate, fps	Interface
HR20 0303 LA	20	8 (26 mm x 32 mm)	40 - 160/320	CsI	0,25 (1x1)	USB 2.0
HR25 1512 HS	25	169 (116 mm x 146 mm)	40 - 160/320	CsI	25 (1x1), 50 (2x2)	2x10GigE
HR50 1207 HS LA	50	82 (70 mm x 117 mm)	40 - 160/320	CsI	15 (1x1), 30 (2x2)	10GigE
HR50 1512 (LA/HS)	50	169 (117 mm x 144 mm)	40 - 160/320	CsI	9-50 (1x1), 18-100 (2x2)	2x10GigE / GigE
HR50 2307 HS	50	163 (70 mm x 233 mm)	40 - 160/320	CsI	18 (1x1), 36 (2x2)	10 GigE
HR50 3507 HS	50	245 (70 mm x 350 mm)	40 - 160/320	CsI	15 (1x1), 30 (2x2)	10 GigE
HR75 1207 HS	75	84 (70 mm x 120 mm)	12 - 160	Gadox, CsI	31/60 (1x1), 126/156 (2x2)	GigE / Camera Link
HR75 1512 (HS)	75	180 (115 mm x 145 mm)	12 - 160/320	Gadox, CsI	14-50 (1x1), 56-100 (2x2)	GigE / Camera Link / 2x10GigE
HR75 2307 LA	75	161 (70 mm x 230 mm)	12 - 90/225	Gadox, CsI	15 (1x1), 63 (2x2)	GigE
HR75 2315 HS	75	345 (150 mm x 230 mm)	12 - 225	Gadox, CsI	26 (1x1), 70 (2x2)	Camera Link
HR85 1313 LA	85	169 (130 mm x 130 mm)	40 - 160/320	Gadox, CsI	20 (1x1), 40 (2x2)	GigE

Systems with a narrow border (limited access)

Designation	Border width, mm	Pixel size, μm	Image area, cm² (side lengths)	Outer dimensions, mm	kV range	Scintillator	Interface
HR20 0303 LA	2,5 / 4,5 / 2,5 / 4,5	20	8 (32 mm x 26 mm)	31 × 45	40 - 160/320	CsI	USB 2.0
HR50 1207 HS LA	t.b.d.	50	82 (117 mm × 70 mm)	t.b.d.	40 - 160/320	CsI	10GigE
HR50 1512 LA	9 / 9 / 29 / 88	50	168 (117 mm × 144 mm)	240 x 154 x 29	40 - 160/320	CsI	10GigE
HR75 2307 LA	4 / 4 / 21 / 60	75	148 (230 mm x 65 mm)	290 x 90 x 50	12 - 90/225	Gadox / CsI	GigE
HR85 1313 LA	10 / 10 / 36 / 36	85	169 (130 mm x 130 mm)	176 × 176 × 47	40 - 160/320	CsI	GigE
SR10 2005 HS LA	7 / 9 / 11 / 32	100	105 (205 mm × 51 mm)	249 x 70 x 36	40 - 320	CsI	GigE
SR13 1515 HS LA	10 / 19 / 15 / 22	127	214 (146 mm x 146 mm)	175 x 183 x 29(55)	40 - 225	Gadox	GigE
SR13 2520 LA	5 / 11 / 17 / 17	127	476 (195 mm x 244 mm)	223 x 266 x 59	40 - 225	CsI	GigE
SR13 3025 LA WB	7 / 20 / 20 / 40	125	750 (250 mm x 300 mm)	340 × 291 × 18	40 - 370	Gadox	WiFi / GigE

Radioscopy systems

Designation	Image area, cm² (side lengths)	Frame rate, fps	Pixel size, μm	Binning modes	kV range	Interface
HR25 1512 HS	169 (146 mm × 116 mm)	30 (1x1), 60 (2x2)	25	1x1, 2x2	160/320	2x10GigE
HR50 1207 HS LA	82 (117 mm × 70 mm)	15 (1x1), 30 (2x2)	50	1x1, 2x2	40 - 160/320	10GigE
HR50 1512 HS	169 (146 mm x 116 mm)	50/25/18 (1x1), 100/50/36 (2x2)	50	1x1, 2x2	40 - 160/320	2x10GigE / 10GigE
HR50 2307 HS	163 (233 mm x 70 mm)	18 (1x1), 36 (2x2)	50	1x1, 2x2	40 - 160/320	10GigE
HR50 3507 HS	245 (350 mm x 70 mm)	15 (1x1), 30 (2x2)	50	1x1, 2x2	40 - 160/320	10GigE
HR75 1207 HS	75 (115 mm × 65 mm)	60 (1x1), 156 (2x2)	75	1x1, 2x2, 4x4	12 - 160	Camera Link
HR75 1512 HS	169 (146 mm x 116 mm)	50/26 (1x1), 100/70 (2x2)	75	1x1, 2x2	12 - 160/225/320	2x10GigE / CL
HR75 2315 HS	334 (230 mm× 145 mm)	26 (1x1), 70 (2x2)	75	1x1, 2x2, 4x4	12 - 160	Camera Link
SR10 2005 HS LA	105 (205 mm × 51 mm)	40 (1x1), 80 (2x2)	100	1x1, 2x2	40 - 320	GigE
SR10 1512 HS	169 (146 mm x 116 mm)	100 (1x1), 200 (2x2)	100	1x1, 2x2	40 - 180	10GigE
SR10 1515 HS	237 (154 mm × 154 mm)	60/30 (1x1), 120/60 (2x2)	100	1x1, 2x2	40 - 225/450	10GigE
SR10 2121 HS	454 (213 mm × 213 mm)	50 (1x1), 100 (2x2)	100	1x1, 2x2	40 - 180	10GigE
SR10 3025 HS	750 (300 mm × 250 mm)	30/10 (1x1), 60/20 (2x2)	100	1x1, 2x2	40 - 225/450	Optic / 10GigE
SR10 3129 HS	923 (314 mm x 294 mm)	50 (1x1), 100 (2x2)	100	1x1, 2x2	40 - 180	10GigE
SR13 1308 HS	105 (130 mm x 81 mm)	45 (1x1), 85 (2x2)	127	1x1, 2x2	40 - 160	GigE
SR13 1313 HS	169 (130 mm x 130 mm)	30 (1x1), 60 (2x2)	127	1x1, 2x2	40 - 160	GigE
SR13 1515 HS LA	225 (150 mm x 150 mm)	28 (1x1), 56 (2x2)	127	1x1, 2x2	40 - 225	GigE
SR14 4343 HS	1823 (427 mm x 427 mm)	30 (1x1), 60 (2x2)	139	1x1, 2x2, 3x3, 4x4	40 – 225/450	Optic / 10GigE

For larger objects (detectors with a side length of at least 410 mm)

Designation	Image area, cm² (side lengths)	Pixel size, μm	Frame rate, fps	kV range	Rad. tolerance, Gy	Interface
SR10 4141 HE SR10 4343 HE	1681 (410 mm × 410 mm) 1815 (426 mm x 426 mm)	100	10 (1x1), 20 (2x2)	15 MeV	> 10000	Optical Fiber
SR10 4335 WB	1505 (430 mm x 350 mm)	100	1 (1x1)	370 keV	t.b.d.	WiFi, GigE
SR10 4343 WB	1849 (430 mm × 430 mm)	100	1 (1x1), 4 (2x2)	160 keV	t.b.d.	WiFi, GigE
SR10 4242 Flex	1815 (426 mm × 426 mm)	100	t.b.d.	450 keV	t.b.d.	WiFi, 2.5 GigE
SR14 4343	1823 (427 mm x 427 mm)	139	6 (1x1), 12 (2x2)	160/450 keV	> 10000	Optical Fiber, 2.5 GigE
SR14 4343 HS	1814 (427 mm x 425 mm)	139	30 (1x1), 60 (2x2)	225/450 keV	> 10000	Optical Fiber / 10 GigE
SR14 4343 HE	1823 (427 mm x 427 mm)	139	4 (1x1), 15 (2x2)	15 MeV	> 10000	GigE
SR20 4141 HE	1681 (410 mm × 410 mm)	200	15 (1x1), 30 (2x2)	15 MeV	> 10000	Optical Fiber, GigE
SR40 4141 HE	1681 (410 mm x 410 mm)	400	7 (1x1), 14 (2x2)	15 MeV	> 10000	GigE
SR14 12042 HE	5053 (1203 mm x 420 mm)	139	5 (1x1), 10 (2x2)	15 MeV	> 10000	2.5 GigE
SR14 6042 HE	2532 (600 mm x 422 mm)	139	10 (1x1), 25 (2x2)	15 MeV	> 10000	2.5 GigE

Systems for high-energy applications (450 keV – 15 MeV)

Designation	Image area, cm² (side lengths)	Pixel size, μm	Binning modes	Frame duration, s	Rad. tolerance, kGy	Interface
SR14 12042 HE	5053 (1203 mm x 420 mm)	139	1x1, 2x2, 3x3, 4x4	0,2 (1x1); 0,1 (2x2)	>10	2.5 GigE
SR14 6042 HE	2532 (600 mm × 422 mm)	139	1x1, 2x2, 3x3, 4x4	0,1 (1x1); 0,04 (2x2)	>10	2.5 GigE
SR14 4343 HE	1823 (427 mm x 427 mm)	139	1x1, 2x2	0,25 (1x1); 0,067 (2x2)	>10	GigE
SR10 4343 HE	1815 (426 mm × 426 mm)	100	1x1, 2x2, 3x3, 4x4	0,1 (1x1); 0,05 (2x2)	>10	Optical Fiber
SR20 4141 HE	1681 (410 mm × 410 mm)	200	1x1, 2x2	0,067 (1x1) - 60	>10	Optical / GigE
SR40 4141 HE	1681 (410 mm x 410 mm)	400	1x1, 2x2	0,067 (1x1) - 17	>10	proprietär
SR10 4141 HE	1681 (410 mm × 410 mm)	100	1x1, 2x2	0,1 (1x1); 0,05 (2x2)	>10	Optical Fiber
SR14 3025 HE	752 (249 mm x 302 mm)	139	1x1, 2x2	0,11 (1x1); 0,03 (2x2)	>10	GigE
SR20 2121 HE	420 (205 mm x 205 mm)	200	1x1, 2x2, 2x4	0,04 (1x1) - 17	>10	GigE

Wireless systems (WiFi)

Designation	Pixel size, μm	kV range	Image area, cm² (side lengths)	Outer dimensions, mm	Weight, kg	Protection class / temp. range	Battery life
SR10 3025 WB	100	t.b.d.	742 (298 mm x 249 mm)	332 x 282 x 16	2,5	IP54 / 10 - 35°C	t.b.d.
SR10 3325 WB	100	40 - 160/370	839 (332 mm x 253 mm)	269 x 362 x 16	≤4,3	IP67 / 5 - 50℃	> 8 h
SR10 4335 WB	100	40 - 160/370	1505 (430 mm x 350 mm)	465 x 384 x 15/20	4,3 / 5,2	IP65 / -10 - 50°C	t.b.d.
SR10 4343 WB	100	40 - 160	1849 (430 mm × 430 mm)	tbd	4	IP56 / -10 - 50°C	t.b.d.
SR13 3025 LA WB	125	40 - 370	750 (300 mm × 250 mm)	340 × 291 × 18	2,3	IP54 / -20 - 50°C	t.b.d.
SR10 2510 Flex	100	40 - 450	262 (102 mm × 256 mm)	155 × 364 × 28	2,5 / 3,5	IP67 / -20 - 50°C	t.b.d.
SR10 4242 Flex	100	40 - 450	1815 (426 mm × 426 mm)	t.b.d.	6	IP67 / -20 - 50°C	t.b.d.

Flexible systems

Designation	Pixel size, μm	Image area, cm² (side lengths)	Outer dimensions, mm	kV range	Weight, kg	Protection class / temp. range	Interface
SR10 4242 Flex	100	1815 (426 mm × 426 mm)	tbd	40 - 450	2,5 / 3,5	IP67 / -20 - 50°C	2.5 GigE/WiFi
SR10 2510 Flex	100	262 (102 mm × 256 mm)	155 × 364 × 28	40 - 450	6	IP67 / -20 - 50°C	2.5 GigE/WiFi

Modular and custom-tailored – the digital systems from Vision in X

Based on our extensive expertise in the field of digital industrial radiography, we can provide you with in-depth advice and assemble a cost-efficient, tailored system that is optimally suited to your inspection requirements. Naturally, the expansion of existing systems is also possible, as our systems are supplied with the manufacturer-independent control and evaluation software ISee! Professional.

ISee! Professional – flexible and efficient in use

The software platform inherently supports a range of X-ray sources, digital detectors, CR systems, or film digitisers. This capability offers the user a high degree of flexibility and expansion options. An existing digital detector or imaging-plate scanner can most likely continue to be used with ISee! Professional. Thanks to the modular structure of the software platform, the customer will be able to freely and purposefully adapt or expand their system in the future. ISee! Professional provides an excellent set of tools for image acquisition (including control of X-ray systems, detector correction, and long-term stability evaluation), image processing, and both qualitative and quantitative evaluation for efficient and standards-compliant operation. For further information about the software, you are also welcome to read our article on:

ISee! Professional