Precise training – for precise testing

Precise training – for precise testing

With over 25 years of experience in video endoscopy, we offer practical training courses that go far beyond mere device operation. Our training courses are designed to optimally prepare you and your team for real-life inspection conditions – from selecting the right endoscopy technology to professional diagnosis and documentation.

Whether you are a beginner or an experienced inspector, our training courses provide in-depth knowledge, technical expertise, and practical insights from a variety of industries, such as turbine construction, boiler and pipe technology, pressure vessel testing, weld seam inspection, and much more.

Selecting the right equipment for the right project

  • Decision-making aid: White light only or combination with special light?
  • White light endoscopes for standard inspections
  • UV endoscopes for fluorescent inspections (e.g., penetration testing)
  • Infrared endoscopes for thermography and hotspot detection
  • Combined systems (e.g., white light + UV/IR) for special applications
Selecting the right equipment for the right project

 

 

Check better. See clearer. Are you ready?

Whether you need a video endoscope, UV lamp, or camera system, we can supply everything you need for your visual inspection. Tailored to your requirements. Direct, robust, reliable. Let our experts advise you now. We can help you select and use your inspection technology correctly.

Check better. See clearer. Are you ready?

Selecting the right videoscope

  • Suitable probe diameters for the respective access point
  • Optimal probe lengths for reach and flexibility
  • Different control systems (joystick, mechanical, motorized)
Selecting the right videoscope
Selecting the correct optical parameters

Selecting the correct optical parameters

Direction of View (DoV) – Viewing direction:

  • 0° direct view
  • 90° side view
  • Dual view (switchable between 0° and 90°)
  • Field of view (FoV) – angle of view
  • Depth of field (DoF) – selection of the optimal depth of field for the application

Because we offer more than just a clear view

Four unbeatable advantages of EVi Scopes:

1. Step

Greater safety during operation

Especially when it comes to pressure vessel testing or machine maintenance: if you see changes early on, you can take action in good time.

2. Step

Reliable documentation

No messy paperwork, no need to submit documents later-the results can be saved, tracked, and presented immediately. This is particularly important for providing evidence to authorities or customers.

3. Step

Less waste, fewer repairs

In quality assurance, the difference between “looks good” and “is flawless” sometimes makes all the difference. Good images help with decision-making.

4. Step

More efficient team processes

When several people review together-live or with saved images-decisions can be made faster and more clearly. This saves time and reduces stress.

EVi Scopes is for everyone

Our technology is used (almost) everywhere

Industrial inspection

Interior views of machines, systems, and piping systems-non-destructive, directly documentable, and ideal for narrow or hard-to-reach areas in operation.

Medical applications

Making the finest structures visible – for technical inspection or preparation of devices, for example during endoscope reprocessing or cleaning control.

Aerospace

Maintenance, testing, and analysis of engines, components, or interiors-precise, safe, and without removal, even with tight tolerances.

Our technology is used (almost) everywhere
Maintenance & Servicing

Regular visual inspections help to prevent downtime. With the right technology, you can detect deposits, material wear, or damage at an early stage. Maintenance & repair

Oil & Gas

Safe inspection in pipes, tanks, or valves—even in hot, humid conditions or with limited access. Technology that can withstand harsh conditions.

Maritime applications

Whether corrosion control in the engine room or visual inspection below deck – ideal for hard-to-reach areas on board and in shipyards.

Our technology is used (almost) everywhere
Our technology is used (almost) everywhere
Our technology is used (almost) everywhere
Our technology is used (almost) everywhere
Our technology is used (almost) everywhere
Our technology is used (almost) everywhere
Our technology is used (almost) everywhere
Our technology is used (almost) everywhere
Our technology is used (almost) everywhere
Our technology is used (almost) everywhere

Gerätebedienung

  • Inbetriebnahme, Steuerung und Kalibrierung
  • Live-Video, Bildaufnahme, Videoaufzeichnung
  • Nutzung von Softwarefunktionen wie Zoom, Rotation, Marker
Gerätebedienung

Tools

Adapters, guiding aids, centering tools

Test equipment holder and swivel mirror

Light sources: UV, white light, infrared

Light Intensity measurement: irradiance and luminous intensity

Inspection & Orientation

Inspection & Orientation

  • Orientation in complex cavities (e.g., turbines, heat exchangers)
  • Navigation in long or winding probe paths
  • Marking and retrievability of test points

Test execution

Standardized processes for various components Special testing strategies for:

Turbine components

Boiler and pipe systems

Pressure vessels & weld seams

Hard-to-reach areas

Findings & error assessment

  • Capturing images and videos
  • Fault classification (e.g., cracks, deposits, corrosion)
  • Dimensioning of defects inside components (manual and software-supported)

Documentation & reporting

  • Creation of inspection reports
  • Integration of images, measurements, and comments
  • Archiving and export for quality assurance and customer communication
Findings & error assessment

Device care & maintenance

Cleaning, disinfection, storage

Function tests, calibration, error prevention

Handling rigid borescopes and their light sources

Insights & exchange of experiences

Our training goes beyond technology. We offer practical insights and case studies from real inspection assignments:

  • Fluorescent internal inspection with UV light
  • Inspection with rigid borescopes (including use of light sources and light output measurement)
  • Exchange of experiences with colleagues from different industries
Insights & exchange of experiences

Format & Organisation

Duration of the course: approx. 6 hours

Location: At your premises, in our training room, or online via video conference

Number of participants: Individual or group training possible

Course materials: will be provided

Graduation & Certificate

All participants will receive a certificate of attendance with a detailed overview of the content covered.

Interested?

Please contact us for further information, a customized quote, or to schedule an appointment. We look forward to sharing our knowledge with you-in a practical, efficient, and targeted manner.

FAQ

You ask - EVi Scopes answers

Because many people are interested: Here you will find practical answers to frequently asked questions about our product portfolio and our services—explained in an understandable way, directly from practical experience.

Questions? We're happy to help.

Put simply: whenever a container is under pressure and used in everyday life-whether for gases, steam, or liquids. Whether it's a liquid gas tank in industry or a compressed air cylinder in a workshop-the Industrial Safety Regulation applies everywhere. It stipulates who has to carry out inspections, when they have to be carried out, and exactly what has to be done. It may sound dry at first, but there is real responsibility behind it. Those who inspect protect employees, machines, and the environment. And those who don't? They risk fines, accidents, and legal trouble. So don't put it off. It's better to ask honestly.

That depends greatly on the container-but usually it starts with an external inspection: Are there any signs of rust, dents, or changes? Then, if necessary, we get down to the nitty-gritty-the inside. Fortunately, this can now be done without dismantling the container, for example with video endoscopes. For critical systems, a strength test or a non-destructive procedure is also carried out. It is important that the container is empty and clean beforehand. In the end, there is always one thing: a clearly documented result that shows whether everything is in order – or whether action is needed. Sounds technical? But it is feasible – and we are happy to help.

We hear this question often-and the answer is: it depends. Factors such as design, contents, pressure, volume, and risk are decisive. Sometimes an inspection every five years is sufficient. In other cases, another inspection is due after just one year. The basis for this is a risk assessment – i.e., an evaluation of how risky the operation of the container is. What many people forget is that the deadline starts from the date of commissioning, not when something happens. Our tip? Don't put off appointments and, ideally, integrate them directly into the maintenance schedule. Then everything will run smoothly.

The short answer: not just any specialist. Pressure tests are regulated by law-and, depending on the risk, clearly assigned. Visual inspections can be carried out by specially trained, so-called “qualified persons.” For anything more in-depth-for example, systems that require monitoring-official bodies such as TÜV or DEKRA come into play. They have the expertise, the equipment, and the legal basis. If you feel unsure about this, don't worry. At EVi Scopes, we advise you on what is important-and are also happy to help you organize the test.

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