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TBB Global Việt Nam

TBB Global Việt Nam

TBB Global Việt Nam
TBB Global Việt Nam

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High-Quality Images for Clear Visualization Icon 01

The IPLEX NX is engineered to deliver high-resolution images. Its reliable image quality enables users to clearly identify trouble spots and defective areas, so inspectors can make correct judgments about crucial systems and technologies.

Exceptional Brightness and Impressive Images

Exceptional Brightness and Image Quality 01

View target areas clearer than ever before with IPLEX NX. A trio of enhancements - improved high-resolution CCD technology, intensely-bright laser diode illumination, and the innovative PulsarPic processor - achieve unprecedented image quality that is four times brighter than a conventional videoscope. Inspection targets are brightly illuminated even in large, wide spaces.

Exceptional Brightness and Image Quality 02

Noise Reduction (NR) Algorithm Control

Image noise, such as false color, often occurs on glossy surfaces, and random noise in low luminance images can be an obstacle for strict inspections. The new PulsarPic system carries our latest Noise Reduction (NR) algorithm fine-tuned for the IPLEX NX to generate images with less noise for easier decision-making.

Please click on the image to get the larger view.







Large Touch-Screen Monitor

A vivid 8.4-inch touch-screen monitor delivers clear, bright images that are readable in any light.

Featuring an 8.4-inch screen, the largest in the IPLEX series, the IPLEX NX displays images that are 1.7 times larger than that of a conventional 6.5-inch monitor.

Large Touch-screen Monitor 01

Large Touch-screen Monitor 02


Comparison of Image Sizes

Excellent Image

Scrutinize the subtlest defects in the darkest or most reflective places and over wide areas with clear, bright images. The IPLEX NX videoscope’s sophisticated technology means you get the highest quality images possible for fast and precise inspections.




Conventional model (IPLEX FX)

Exceptional Resolution
Displays small faults

Melted Material

Melted Material - IPLEX NX

Melted Material - Traditional Videoscope

Outstanding Brightness
Lights large cavities


Turbine - IPLEX NX

Turbine - Traditional Videoscope

Realistic Color Reproduction
Delivers vivid details


Welding - IPLEX NX

Welding - Traditional Videoscope

Advanced Noise Reduction
Refines busy images

Combustion Chamber

Combustion Chamber - IPLEX NX

Combustion Chamber - Traditional Videoscope

Expanded Measurement Capabilities Icon 02

The IPLEX NX is designed to make precise 3D measurements. Put Olympus’ advanced videoscope technology to work to get inspections that are precise and efficient.

Super Wide Field Stereo Measurement

Stereo Measurement measures the size or depth of defects such as cracks found during inspection. The redesigned optical system and enhanced technology achieve a dramatic expansion in the inspection area. Users can now identify and measure flaws from 2X further away in an inspection area 4X larger than conventional videoscopes. Stereo Measurement supplies 3D space information for specific points in an image through precise triangulation, providing accurate length, depth, and shape measurements. The IPLEX NX is designed, manufactured, and fine-tuned to deliver superior accuracy and image quality so inspectors can detect small cracks or defects that were previously measurable only at very close range.

* When contrasted with conventional φ6.0 mm scope model with a direct-viewing stereo optical adaptor.

Super Wide Field Stereo Measurement 01

Super Wide Field Stereo Measurement 02

IPLEX NX extended measurement area (left) can measure previously non-measurable types of defects (right)

Super Wide Field Stereo Measurement 03

Larger inspection area makes it easier to observe larger defects. 
* Even if the measurement is performed from the twice apart distance, IPLEX NX is as precise as a conventional model. 
** In case of using φ6.0mm scope with direct-viewing stereo optical adapter, the diagonal length of the inspection area of IPLEX NX is almost 4 times of the conventional model. 
Note: Actual viewing angle is wider than shown in this illustration.

Scaler Measurement 

The scaler measurement function can be performed without replacing the tip adapter. Simply define a reference line to use the scaler measurement.


First, select and specify a known length to set it as the reference. Select two points to measure the distance.


First, select and specify a known length to set it as the reference.


Select two points to measure the distance.


Multi Spot-Ranging

The IPLEX NX features a unique multi Spot-Ranging function, enabling real-time measurement of the distance from the scope tip to multiple points on the inspection surface. This provides real-time surface shape information with no pause or break in the inspection.

Multi Spot-Ranging

Improved Inspection Efficiency Icon 03

The IPLEX NX is simple to operate and user friendly. Even during long inspections, the NX delivers user comfort and excellent maneuverability, thanks to interchangeable scope units and TrueFeel scope tip articulation.

Multi-Position Design

The IPLEX NX can be configured six different ways to maximize user comfort. The touch-screen monitor can be positioned to maintain comfort when using the IPLEX NX in different environments. The monitor can even be detached from the main unit for added flexibility and convenience. Use the optional handheld remote controller for the utmost light and tactile control.

Multi-form factor

1.Bar top Style, 2.Up right Style, 3.Compact Style, 4.Flat Style, 5.Separate Style, 6.Case top Style

Fine Mode Speed 


Articulation speed can be fine tuned by choosing from three steps in fine mode.



A newly employed electric motor further enhances TrueFeel operation, achieving rapid and responsive movement. Inspectors can easily control the scope through lightweight, comfortable operation that lessens user fatigue.  

Icon 04

The Durable Tapered Flex Insertion Tube

The durable Tapared Flex insertion tube

Tapered Flex insertion tube combines superb maneuverability with optimized rigidity and flexibility for smooth scope insertion, enabling you to reach target areas quickly and easily.  Insertion tubes feature four layer construction with a tungsten outer braid for durability and resilience.

Icon 05

Interchangeable Scope Units

Interchangeable scope units

Pick the right one to fit the job. A single NX videoscope can be configured for varied inspections, with 6.0 mm scopes ranging in length from 3.5 m to 7.5 m and 4.0 mm scopes with lengths of 3.5 m and 5 m.

The Ghost Image Function

Ghost Image enables inspectors to compare live images with images stored on the videoscope to contrast past and present conditions. This function makes it easier to monitor changes in components over time.




Icon 06

InHelp Inspection Assist Software

InHelp Inspection Assist Software 01

InHelp inspection assist software simplifies data input and management, improving efficiency, simplifying inspections, and organizing stored images. Optional data sets provide a structure to manage your images.


InHelp Inspection Assist Software 02

InHelp inspection assist software (for reporting) makes your routine work simple and easy. With optional report templates matched to data sets, you can generate detailed reports with a few clicks.

Image sharing (optional)

Wi-Fi Function

Wireless-LAN connectivity enable multiple experts to monitor remote procedures at the same time by using an SD card equipped with commercially available wireless LAN, enhancing analysis speed and inspection accuracy. 

*Confirmed with Toshiba FlashAirWireless LAN SD card(operability confirmed)

Model No IV9435N IV9450N IV9635N IV9650N IV9675N
Insertion tube Scope diameter φ4.0 mm φ4.0 mm φ6.0 mm φ6.0 mm φ6.0 mm
Scope length 3.5 m 5.0 m 3.5 m 5.0 m 7.5 m
Exterior High-durability tungsten braid
Tube flexibility Uniform stiffness Tapered Flex insertion tube with flexibility gradually increasing toward the distal end.
Optical system Field of view Selectable by optical tip adapter 
Adapter for Stereo measurement attachable
Direction of view
Illumination High-intensity laser diode
Articulation Section Articulation angle 
130° 180° 150°
Articulation operation TrueFeel scope tip articulation with electronic power-assist.
Dimensions (W xD x H) 320(W) x 310(H) x 180(D) mm
Weight 3.9 kg
Approx. system weight (with battery and SDHC card) 7.1 kg 7.2 kg 7.3 kg 7.4 kg 7.6 kg
LCD monitor 8.4-inch daylight-view touch screen LCD, clear type
Input/Output Terminal Input terminal S-Video
Output terminal VGA
USB connector Type A connector, Version 2.0 standards
Power supply Battery: 14.8 V nominal, approx. 100-minute operating time. AC power: 100 V to 240 V, 50/60 Hz (with supplied AC adaptor)
Recording media SDHC card and USB flash memory(Still image recording only)
Still image recording Resolution H768 x V576 (Pixel) H1024 x V768 (Pixel)
Recording format Compressed JPEG format
Video recording Resolution H768 x V576 (Pixel) H1024 x V768 (Pixel)
Recording format MPEG-4 AVC (H.264) format, Windows Media Player compatible
Stereo measurement Distance Distance between two points.
Point-to-line Perpendicular distance between a point and a user-defined line.
Depth Orthogonal depth/height distance between a point and a user-defined plane.
Area/Lines Multiple point circumference and area measurement.
Scaler measurement Distance between two points based on a known measurement in the same plane.


Optical Adapter Specifications


Optical system Distal end


Field of view Direction of view Depth of field*1 Outer diameter*2 Distal end*3
φ4.0 mm Optical Adapters AT80D/FF-IV94N 80° Forward 35 to ∞ mm φ4.0 mm 20.1 mm
AT120D/NF-IV94N 120° Forward 2 to 200 mm φ4.0 mm 20.2 mm
AT120D/FF-IV94N 120° Forward 17 to ∞ mm φ4.0 mm 20.1 mm
AT100S/NF-IV94N 100° Side 2 to 15 mm φ4.0 mm 22.9 mm
AT100S/FF-IV94N 100° Side 8 to ∞ mm φ4.0 mm 22.9 mm
AT70D/70D-IV94N 70°/70° Forward 5 to 200 mm φ4.0 mm 22.3 mm
AT50S/50S-IV94N 50°/50° Side 3 to 150 mm φ4.0 mm 26.7 mm
φ6.0 mm Optical Adapters AT50D/FF-IV96N 50° Forward 50 to ∞ mm φ6.0 mm 21.3 mm
AT80D/FF-IV96N 80° Forward 20 to ∞ mm φ6.0 mm 21.3 mm
AT120D/NF-IV96N 120° Forward 7 to 300 mm φ6.0 mm 21.4 mm
AT120D/FF-IV96N 120° Forward 19 to ∞ mm φ6.0 mm 21.4 mm
AT120S/NF-IV96N 120° Side 4 to 150 mm φ6.0 mm 26.6 mm
AT120S/FF-IV96N 120° Side 20 to ∞ mm φ6.0 mm 26.6 mm
AT90D/90D-IV96N 90°/90° Forward 5 to 250 mm φ6.0 mm 25.0 mm
AT70S/70S-IV96N 70°/70° Side 4 to 250 mm φ6.0 mm 31.2 mm

*1. Indicates the viewing distance with optimal focus.
*2. The adaptor can be inserted into a ø4.0 mm and ø6.0 mm hole when it is mounted on the scope.
*3. Indicates the length of the rigid portion at the scope’s distal end when mounted.

Operating temperature Insertion tube In air : -25 to 100 °C
In water : 10 to 30℃
Other parts In air : -21 to 49 °C(with battery)
In air : 0 to 40 °C (with AC power adapter)
Relative humidity All parts 15 to 90 %
Liquid resistance All parts Operable when exposed to machine oil, light oil or 5 % saline solution.
Waterproofing Insertion tube Operable under water with viewing tip adaptor attached. 
Not operable underwater with stereo measurement tip adaptors. 
IV94 series - Up to an equivalent to 5 m (16.4 ft) in depth.  IV96 series - Up to an equivalent to 7.5 m (24.6 ft) in depth
Other parts Operable in blowing rain conditions (battery compartment must be closed). Not operable under water.


The operating environment performance is confirmed by the following MIL-STD-810F/G and MIL-STD-461F. 
No warranty is given as to damage-free under any conditions. Please ask Olympus sales representative for details.
Type Method
Vibration MIL-STD-810G, Method 514.6, Procedure Ⅰ (General vibration test)
Shock MIL-STD-810G, Method 516.6, Procedure Ⅳ (Transit drop test)
Water Resistance MIL-STD-810G,Method 506.5, Procedure Ⅰ (Rain and Blowing rain test)
Humidity MIL-STD-810G,Method 507.5
Salt Fog MIL-STD-810G, Method 509.5
Sand and Dust MIL-STD-810G, Method 510.5, Procedure Ⅰ (Blowing dust test)
Icing/Freezing Rain MIL-STD-810G, Method 521.3
Electromagnetic Interference (EMI) MIL-STD-461F Above Deck
Explosive Atmosphere MIL-STD-810G, Method 511.5 (Operation in an explosive atmosphere test)




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