DIYE • Industrial radiography • X-ray, digitizer, CT
DIYE: industrial radiography systems, from portable X-ray generators to the film digitizer.
DIYE is a vertically integrated Chinese manufacturer with an in-house department that builds X-ray tubes. The range DIPITECH distributes in Italy includes high-frequency portable X-ray generators with metal-ceramic tubes from 160 to 300 kV, directional units, rod-anode systems and pipe crawlers, plus a laser-array film digitizer with DICOM/DICONDE and radiographic accessories. It is used in aerospace, oil & gas, pressure equipment, foundries and pipelines.
An integrated radiography manufacturer, a technical partner in Italy.
Manufacturer: DIYEDIYE — represented and distributed in Italy by DIPITECH Industrial Solution
DIYE declares ISO 9001, ISO 14001 and ISO 45001 certifications. With a single manufacturer you cover the film-based radiographic process, from the X-ray source and accessories to digitizing the radiographs.
Integrated manufacturer
By building its X-ray tubes in-house, the manufacturer directly controls the most critical component of the X-ray source.
Industrial base
Over 90 patents and a facility of about 20,000 m², according to the company’s own figures.
DIPITECH technical partner
We assess the application, choose the system and configuration with you, and coordinate start-up and technical support in Italy with the manufacturer.
DIYE / Industrial radiography
From the X-ray source to the digitized film.
The tables show the values declared by the manufacturer. Where a figure is not available you will see “to be confirmed at quotation stage”, and we check it with DIYE when we prepare the offer. To recommend the right model we need the material, thickness, component geometry and expected number of inspections.
X-ray sources • High frequency
DIYE portable X-ray sources and generators
DIYE high-frequency portable X-ray generators (constant potential, 100 kHz, 100% duty cycle) with metal-ceramic tubes, for radiographic testing in the field, in the workshop and in production. The energy (160, 200, 225 or 300 kV) is chosen based on material, thickness, geometry and required sensitivity. For an order of magnitude, the manufacturer declares steel penetration of 30 mm for the DIYE-160B and 65 mm for the DIYE-300GD. The range is completed by directional ceramic-tube units, rod-anode systems for circumferential welds and pipe crawlers.
Model
Voltage
Current
Power
Focal spot
Steel penetration
Tube type
Weight
Notes
DIYE-160B
40-160 kV
0.1-0.5 mA
500 W
0.8×0.8 mm
30 mm
DIYE metal-ceramic
head 10.3 kg
High frequency 100 kHz, 100% duty, -20/+50°C
DIYE-200GD
200 kV
0.5-3.0 mA
to be confirmed at quotation stage
to be confirmed at quotation stage
to be confirmed at quotation stage
DIYE metal-ceramic
to be confirmed at quotation stage
High frequency, constant potential
DIYE-225GD
225 kV
0.5-3.0 mA
to be confirmed at quotation stage
to be confirmed at quotation stage
to be confirmed at quotation stage
DIYE metal-ceramic
to be confirmed at quotation stage
High frequency, constant potential
DIYE-300GD
100-300 kV
0.5-3.0 mA
900 W
3.0 mm (EN 12543)
65 mm
Imported metal-ceramic
head 29 kg
High frequency, 100% duty
XXG-3005
150-300 kV
5 mA
to be confirmed at quotation stage
2.5×2.5 mm
50 mm
Directional ceramic
generator 33 kg
Directional ceramic-tube unit
DY-130BG
130 kV
to be confirmed at quotation stage
to be confirmed at quotation stage
to be confirmed at quotation stage
to be confirmed at quotation stage
Rod anode
to be confirmed at quotation stage
Circumferential welds, small-diameter pipes
DY-150BG
150 kV
to be confirmed at quotation stage
to be confirmed at quotation stage
to be confirmed at quotation stage
to be confirmed at quotation stage
Rod anode
to be confirmed at quotation stage
Circumferential welds, small-diameter pipes
Pipe crawler
to be confirmed at quotation stage
to be confirmed at quotation stage
to be confirmed at quotation stage
to be confirmed at quotation stage
to be confirmed at quotation stage
to be confirmed at quotation stage
to be confirmed at quotation stage
High-frequency and power-frequency versions
300 kV generator with metal-ceramic tubeRod anode and pipe crawler
Film digitizer • Laser array
DIYE-910II film digitizer
The DIYE-910II Industrial Array Laser Film Digitizer reads industrial radiographs up to high optical densities and at high bit depth, for digital archiving, reporting and integration into DICOM/DICONDE systems. Its main use is converting existing film archives into digital images. The DIYE software then measures duplex wire, SNR, CNR and wall thickness, recognizes lead characters and supports defect evaluation. The parameters to check and the ISO 14096 classes are explained in our guide on how to digitize radiographic film.
Feature
DIYE-910II
Technology
Industrial laser-array film digitizer
Optical density
Up to D=4.7 (range 0-4.70)
Bit depth
16 bit / 65,536 gray levels
Resolution
25-200 µm
Scan time
A 14×17" in about 20-30 s
Film length
Many sizes, up to 5000 mm long
Interface
RJ45
Operating system
Windows 10
Weight
56 kg
Power
60 W
Supported standards
DICOM and DICONDE; ISO/GB compliant
Radiographic accessories
Accessories and consumables for the radiographic workflow.
Beyond X-ray sources and the film digitizer, DIYE supplies accessories and consumables for the whole radiographic process, from the darkroom to image reading and radiation safety.
Film and processing
Industrial radiographic film, processors and drying cabinets for darkroom processing.
Image reading
Film viewers and illuminators for reading radiographs under controlled conditions.
Visualization
Monitors for reporting and analysis stations for digital images, such as films digitized with the DIYE-910II.
Radiation safety
Dosimeters and radiation monitors to support radiological safety management.
Image quality
IQIs and penetrameters for verifying radiographic sensitivity according to procedure.
Identification
Lead characters and markers for image identification, which the DIYE software recognizes automatically.
AerospaceOil & GasPressure equipmentFoundry and die castingWeldsPipes and pipelinePower generationShipbuildingProduction quality controlNDT service
FAQ
Frequently asked questions on DIYE radiography systems
What power and focal spot does the DIYE-300GD 300 kV generator have?
The DIYE-300GD operates from 100 to 300 kV with 0.5-3.0 mA current and 900 W power. The declared focal spot is 3.0 mm per EN 12543, with up to 65 mm steel penetration and a head of about 29 kg. It uses an imported metal-ceramic tube.
Does the DIYE film digitizer support DICONDE?
Yes, the DIYE-910II Industrial Array Laser Film Digitizer supports DICOM and DICONDE formats, with optical density up to D=4.7, 16-bit digitization (65,536 levels) and selectable resolution from 25 to 200 micron.
Does DIYE build its own X-ray tubes?
Yes, DIYE has an in-house department that builds X-ray tubes. Some models use metal-ceramic tubes made in-house, while the DIYE-300GD generator uses an imported metal-ceramic tube. If the tube type is a requirement in your specification, we confirm it for the model you are evaluating.
Application support
Technical support, start-up and training.
Once the DIYE system and configuration are chosen, we help you define the radiography project and follow you through the next steps.
Configuration
Choice of X-ray source, energy (kV) and accessories around your application, plus the film digitizer if you need to archive radiographs digitally.
Start-up
Commissioning and initial trials on your radiographic inspection process, coordinated with DIYE.
Training and radiation safety
Operator training, safe-practice guidance for the X-ray source and a link with DIYE for service and spare parts.
Contact
Request an evaluation or a quote for a DIYE radiography system.
If you need to buy or evaluate a portable X-ray generator, a rod-anode system or the film digitizer, DIPITECH Industrial Solution, DIYE distributor in Italy, helps you clarify the requirement and choose the right configuration, with a quote within 24 hours.
Application request
Tell us about the radiographic application to evaluate.
Include component, material and thickness, defect type, current inspection method and working environment.
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