RVI • Borescopes • Industrial endoscopes

Industrial borescopes and endoscopes for remote visual inspection (RVI).

Articulating videoscopes, borescopes and probes to look inside turbines, engines, piping, heat exchangers and welds without dismantling. We help you choose diameter, length and measurement features for your actual entry port and prepare the quote.

Quote within 24 hours · Probe matched to your entry port · Technical support in Italy

Quick answer

What is an industrial endoscope?

An industrial endoscope, often called a borescope, is an optical or video instrument whose rigid or flexible probe enters through an access port and shows the operator what is inside. With a camera at the tip it becomes a videoscope. It is used for remote visual inspection (RVI) of turbines, engines, heat exchangers and piping when dismantling costs too much or there is no line of sight.

We help you choose the right endoscope: quote within 24 hours

How much does an industrial borescope cost?

Tell us what you need to inspect and we’ll quote the configuration that does the job, without extras you won’t use.

  • Quote within 24 hours
  • Probes from 0.85 to 6 mm
  • Custom configurations for your inspection
  • Technical support in Italy
RVI / Borescopes and endoscopes

Solution and application configuration.

If you already know where the probe has to go in, jump to the technical criteria or write to us directly for a quote. For special inspections we configure custom solutions around your application, with probes, lengths, optics and accessories chosen for your access point.

industrial endoscope for remote visual inspection of an engine
RVI / Industrial endoscopy

Borescopes, videoscopes, probes and accessories

An industrial borescope or endoscope lets you look inside ducts, cavities and hard-to-reach areas, and every inspection is documented with photos and video you can attach to the report.

  • Portable videoscopes with flexible probes and articulating tip.
  • Accessories, optics, lighting and image-acquisition systems.
  • Configuration matched to your entry port, with a quote within 24 hours.
Our products

The videoscopes we distribute

We distribute videoscopes in Italy with interchangeable probes and lengths up to 12 m, configured for your entry port before we quote.

Choosing the instrument

Borescope, endoscope or videoscope: what is the difference?

On the shop floor, “borescope” and “endoscope” are used almost interchangeably, but the four instruments in the table carry the image differently and don’t reach the same places. Knowing them before you ask for a quote saves you from paying for features you don’t need.

Comparison of rigid borescope, fiberscope, articulating videoscope and videoscope with 3D measurement
InstrumentHow it carries the imageAccessStrengthsLimitsWhen to choose it
Rigid borescopeA series of lenses inside a straight tubeStraight and shortSharp image, low cost, no electronics at the tipDoesn’t bend: needs a straight entry path, though the view can be angledValve seats through the spark plug hole, through holes, short straight cavities
FiberscopeA coherent bundle of optical fibersCurved, even in very small diametersFlexible, tolerates more heat than a videoscopeThe fiber pattern (honeycomb) stays visible and limits fine detailVery small access ports or hot areas where tip electronics would suffer
Articulating videoscopeAn image sensor at the tip sends the picture electronicallyCurved and long, with a steerable tipConsistent image even on long probes; photos, video and reportsCosts more than a rigid scope, tip has temperature limitsThe general-purpose tool for turbines, engines, heat exchangers and piping
Videoscope with 3D measurementTwo stereo images from which depth is reconstructedSame as the articulating videoscopeMeasures cracks, pitting and wearNeeds a dedicated measurement tip and a trained operatorWhen the report must state how large the defect is, not only show it

If the target is at the end of a through hole, a rigid borescope will do; to reach the inner stages of a turbine, the probe has to bend and steer inside the machine, so you need an articulating videoscope. The method is described in our guide to borescope inspection of turbines and engines, where the manufacturer’s manual sets the acceptance limits. In heat exchangers and piping, length matters most, and our guide to videoscope inspection of heat exchangers and piping explains how to plan the probe path.

EN 13018 sets the general principles of visual testing, direct and remote, and for welds the reference is EN ISO 17637. Under the ASME BPVC, Section V, Article 9 accepts remote visual examination in place of direct examination when the instrument provides at least equivalent resolution. Operator qualification follows the specification; the reference standards are summarized in the FAQ below.

To pick the right model, start with our step-by-step videoscope selection guide. If you are already comparing quotes, the guide to costs, demo and support to weigh before buying covers the costs that add up over the instrument’s life.

Buy or service

Buy a borescope or outsource the inspection?

It depends on how many inspections you run and how much waiting costs you. Teams that maintain engines, turbines or plants every week usually find buying more cost-effective, because every in-house inspection avoids a teardown or downtime while you wait for a service provider.

An external service remains the right route for a few inspections a year or when a report signed by an independent certified inspector is required. Tell us how many inspections you run in a year and we will help you work out whether buying makes sense.

Which probe does your inspection need?

Send us a photo of the entry port and the two numbers that matter, diameter and depth: we’ll recommend the probe and send you a quote within 24 hours.

  • Borescopes, videoscopes and 3D measurement
  • Technical support in Italy
Applications

Where this technology creates value.

TurbinesEnginesPipingHeat exchangersInternal weldsCastingsCavities with no direct accessAerospaceEnergyOil & gasMaintenance
DIPITECH approach

Inspection first, then the instrument.

We start with what you need to find, a crack, a deposit or a foreign object, and where it is: the instrument follows from that.

What to send us for an evaluation

  • Diameter of the narrowest passage, measured.
  • Length to reach and number of bends.
  • What you are looking for: cracks, corrosion, deposits, foreign objects.
  • Whether you need to measure the defect or just document it.
  • Environment: temperature, oils or liquids, dust, hazardous areas.
  • How many inspections per month and who performs them.
Technical criteria

How to choose an industrial endoscope.

The choice comes down to the entry port and what you need to find. Diameter, length and articulation determine where the probe can reach; optics and lighting, what you actually see.

Probe diameter and access

The thinner the probe, the more access ports it reaches; a larger diameter, on the other hand, carries better optics and light. The configurations we distribute range from 0.85 to 6 mm.

Working length

The probe must reach the inspection point with some margin, without losing maneuverability. Turbines, heat exchangers and long pipes need several meters, and the configurations we distribute reach 12 m.

Articulation

Articulation, manual or motorized, steers the tip to look at walls and side details. In a complex geometry it decides whether you see the defect or steer right past it.

Image quality and lighting

Sensor resolution, optics, depth of field and LED lighting power decide whether you can distinguish fine cracks, corrosion or deposits.

Recording, measurement and reporting

Photos, video and measurement, comparative or stereo 3D, turn the inspection into a document. They support maintenance decisions and show your customer exactly what you saw.

Environment and ruggedness

Temperature, oil and other fluids, dust and impact determine the IP rating and probe type, and for field work battery life matters too.

Products: JOINWE industrial videoscopes (JW-F, JW-G and JW-T series), distributed by DIPITECH. Complementary technologies: industrial ultrasonic testing and industrial radiography. More guides are in the technical resources.

Visual testing is usually the first NDT method applied: the other methods and when to use them are on the non-destructive testing page.

FAQ

Frequently asked questions on industrial borescopes and endoscopes

What is the difference between a borescope and an endoscope?

Strictly speaking, a borescope is the rigid endoscope: lenses carry the image along a straight tube, so it only works on straight access paths. In everyday use, however, the term also covers flexible and video borescopes. Endoscope, more common in Europe, names the whole family, which also includes the fiberscope and the videoscope, with a camera at the tip, articulation, recording and, on some models, measurement. When you ask for a quote, describe the entry port and the path rather than just the instrument type.

What is a borescope used for?

It lets you look inside machines and components without dismantling them: turbines, engines, heat exchangers, piping, castings, tanks and internal welds. Inspectors look for cracks, corrosion, erosion, deposits and foreign objects, and the recorded images support the decision on whether and when to repair.

How much does a borescope cost?

The price varies a lot with the type of instrument. A rigid borescope costs less than an articulating videoscope, while a very thin diameter, a long probe, motorized articulation and 3D measurement all raise the cost. The quickest way to get a real price is to send us a photo of the entry port and how far the probe has to go.

How do I choose an industrial endoscope?

Start with the smallest opening and how far the probe has to go, then decide on articulation and whether you need to measure defects. Image quality, lighting and ruggedness come next, because an excellent instrument that won’t fit through the port is of no use.

What probe diameter do I need?

It is set by the narrowest point along the whole path, which is often not the entry port: it can be a valve, a baffle or a step-down in bore partway along. That is why it should be measured with calipers or taken from the drawing, not estimated by eye.

Can defects be measured with a videoscope?

Yes, with models that offer measurement. Comparative measurement uses a reference of known size in the image; stereo 3D measurement reconstructs depth and lets you measure crack length, pitting depth or edge wear on screen.

Which endoscope do I need to inspect engines?

To look at cylinders, valves and pistons through the spark plug or injector hole, a short, small-diameter probe, even a rigid one, is often enough. Turbines and aircraft engines need longer articulating videoscopes, and the acceptance criteria are those in the engine manufacturer’s manual.

Is certification required for visual inspection?

There’s no blanket legal requirement, but many specifications and construction codes call for VT-qualified operators (ISO 9712 or, on ASME work, SNT-TC-1A). Under the Pressure Equipment Directive (PED, 2014/68/EU), NDT personnel for permanent joints must be qualified and, for categories III and IV, approved by a recognized third-party organization. For in-house maintenance inspections, your own procedure governs.

How do I request a quote?

Message us on WhatsApp or fill in the form with the port diameter, how far the probe has to go, what you need to inspect and the working environment. If you have a photo of the entry port, send it via WhatsApp or email. We reply with the right configuration and a quote within 24 hours.

Application support

Help with selection, before and after you buy.

We help you spec the probe, length and accessories for the actual job and remain your technical contact in Italy after the purchase. Send us your entry port details and you’ll have a quote within 24 hours.

Contact

Let’s find the right instrument for your inspection.

Buying a first borescope or replacing an old one? Tell us what you inspect and we’ll recommend a configuration and send a quote.

Application request

Tell us about the inspection.

A few lines are enough; a photo helps even more.

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