IPLEX™ One, the 10th iteration of the IPLEX videoscope system, is a unified, software-driven platform that helps users to work faster, see more, and remain ahead in any environment or application. IPLEX One combines revolutionary optics, durable design, and modular scalability to push the boundaries of remote visual inspection (RVI).
IPLEX One offers innovative Swoptix™ technology, measuring and viewing enhancements, secure wireless freedom, and the amazing image quality that has come to define the IPLEX system.
Overview
A Unified, Scalable, Software-Driven Ecosystem
Image Credit: Evident Corporation – NDT
Unleash the Power of One
Unified and scalable, IPLEX One combines software, insertion tubes, and optical tip adapters into a single platform. With three performance tiers (Plus, Expert, and Prime) all based on the same hardware, improvements can be performed through software, allowing the system to expand without requiring hardware changes.
One System that Evolves with Users
Image Credit: Evident Corporation – NDT
IPLEX One is not one product, but rather a wider platform, intended to ease today’s inspections while scaling easily for tomorrow’s issues.
- Flexible, software-based scalability: Modular software licensing allows you to unlock advanced capabilities like 3D modeling and measurement, without requiring hardware changes.
- Unlimited configurations for a smarter investment: With a flexible 'buy what you need' strategy and a variety of optical tips, IPLEX One provides personalized, future-ready software without breaking the bank.
- Connected by design: IPLEX One interacts effortlessly with ViSOL™ workflow solution and third-party apps, allowing for improved data gathering, reporting, and collaboration in digital workflows.
Accelerated Imaging, Analysis, and Measurement
Instantly switch between near and far focus and direct and side view focus with Swoptix multiview technology. Image Credit: Evident Corporation – NDT
Breakthrough optics and measurement technologies enable unprecedented clarity, precision, and speed.
- Industry-first Swoptix multiview technology: Reduce inspection time and optical tip wear by instantly switching between close and distant focus as well as direct and side view focus without taking the scope out. Compared to conventional RVI systems, users can achieve up to double the productivity with half the wear and stress.
- 3DAssist™ modeling software: This Evident-exclusive technology creates detailed 3D images using a single optical route, eliminating the need for a stereo tip.
- Swoptix single-screen measurement: Take full-frame four mm and six mm measurements instantaneously, enhancing speed and eliminating disruptions to the inspection flow.
- Instant full-screen, edge-to-edge clarity: High-resolution, real-time imaging of the entire display allows for quicker decision-making and more precise flaw diagnosis.
- Split-screen viewing: Measurement overlays and side-by-side visual comparisons for more in-depth examination insights, all included inside a single interface.
Designed for Users' Workflows
Image Credit: Evident Corporation – NDT
Designed to move with people, adapt to the environment, and work without limitations, IPLEX One is built for use in aviation, power production, oil and gas, and security applications.
- Smaller, lighter, more portable: IPLEX One is even more compact than earlier models, with a 10-inch screen that allows it to be transported and used in restricted or elevated locations.
- Modular, cable-free setup: IPLEX One adapts to selected user configurations without any physical constraint, due to its wireless remote operation and modular components.
- Inspection-grade wireless: Ultra-low latency peer-to-peer connectivity eliminates the need for tethered setups, allowing for more flexible processes. Radio-disabled variants are available for secure and classified applications.
- Remote-friendly control: The wireless control unit enables users to operate the scope from a distance, reducing strain and enhancing ergonomics in complicated configurations.
- Engineered for tough weather: The all-weather design can survive rain, snow, and high temperatures. An AR-coated anti-reflection monitor with a broad viewing angle enables operation under intense sunlight.
A Legacy of Rugged Reliability
Image Credit: Evident Corporation – NDT
IPLEX One absorbs impact, resists dirt and moisture, and can withstand high vibration. It is also designed for long shifts, featuring an ergonomic layout and a 10-inch anti-reflective touchscreen.
- Proven in the real world: Drop-tested to MIL-STD requirements, dust and water resistant, and third-party verified, IPLEX One delivers when and where it counts.
- Reduced wear and tear: With a shortened distal end that facilitates easy insertion in confined areas, Swoptix technology decreases the chance of optical tips becoming trapped or damaged during inspection, reducing wear and tear on both optical tip adapters and the entire IPLEX One system.
- Global service and support: With a world-class service network behind each unit, IPLEX One provides the training, maintenance, and professional assistance users need to be mission-ready, no matter where or how users operate.
Software
ViSOL Visual Inspection Workflow Solution
Image Credit: Evident Corporation – NDT
ViSOL software, a completely scalable cloud-based solution, enhances IPLEX One users’ efficiency, insights, and consistency. ViSOL’s comprehensive analytics, visualization, and collaboration capabilities let users intuitively organize, analyze, and report on RVI data.
3DAssist Software
Image Credit: Evident Corporation – NDT
Combining the IPLEX One's optical tip adapters with 3DAssist software allows for extensive 3D modeling and dynamic comparison measurements. This strong integration increases RVI precision while decreasing inspection time, greatly improving total inspection quality.
Specifications
Scope Unit. Source: Evident Corporation – NDT
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| Model No. |
IV10420 |
IV10435 |
IV10620 |
IV10630 |
IV10635 |
IV10650 |
IV10675 |
IV106100 |
Insertion
tube |
Scope diameter |
φ4 mm |
φ6 mm |
| Scope length |
2 m
(6.56 ft) |
3 m
(9.84 ft) |
2 m
(6.56 ft) |
3 m
(9.84 ft) |
3 m
(11.48 ft) |
5 m
(16.4 ft) |
7.5 m
(24.6 ft) |
10 m
(32.8 ft) |
| Exterior |
High-durability tungsten braid |
| Tube flexibility |
Uniform stiffness
Tapered Flex insertion tube with flexibility that gradually increases toward the distal end |
Tapered Flex insertion tube with flexibility that gradually increases toward the distal end |
| Optical system |
Field of view |
Selectable by optical adaptor |
| Direction of view |
| Illumination |
|
Laser Diode, White LED, Ultra Violet LED (365 nm), Infrared LED (950 nm) |
| Articulation section |
Articulation angle
(all-way) |
150 ° |
180° |
150 ° |
130 ° |
| Articulation operation |
TrueFeel scope tip articulation with electronic power-assisted |
Main Unit. Source: Evident Corporation – NDT
| Model No. |
IV10000 |
| Dimensions (W × H × D) |
305 mm × 220 mm × 154 mm (12 in. × 8.6 in. × 6 in.) (protruding parts not included) |
| Weight (main unit) |
6.6 kg (14.5 lb) |
| Approx. system weight |
When
combined
with IV10420: 7.78kg
(17.1 lb) |
When combined
with IV10435: 7.84 kg
(17.2l b) |
When combined
with IV10620: 7.86 kg
(17.2 lb) |
When combined
with IV10630: 7.94 kg
(17.4 lb) |
When combined
with IV10635: 7.98 kg
(17.5 lb) |
When combined
with IV10650: 8.1 kg
(17.8 lb) |
When combined
with IV10675: 8.3 kg
(18.2 lb) |
When combined
with IV106100: 8.5 kg
(18.6 lb) |
| LCD monitor |
10.1-inch WUXGA (1920 × 1200), IPS, High contrast
Hard surface and multi-touch interface (10 point), capacitive
Daylight readable display (Optical bonding + AR coating)
1100 NIT-backlight |
| Video output |
Type A HDMI 2.0 |
| Headset (microphone in/audio out) |
Compatible with Bluetooth headset/microphone |
| Data I/O Ports |
Three USB Type-C Ports |
| Power supply |
Li-ion battery for Base Unit: 10.8 V nominal, approx. 360-minute operating time
Li-ion battery for Tablet: 10.8 V nominal, approx. 180-minute operating time
100 V to 240 V, 50/60 Hz (with supplied AC adaptor) |
| Recording media |
Normal |
Internal SSD (256 GB) or USB flash memory |
| Image adjustment |
Zoom function |
Digital seamless zoom (up to five times) |
| Gain control |
Seven-step adjustable gain control |
| Dynamic noise reduction |
Available |
| Brightness control |
16-step adjustable brightness control |
| Sharpness control |
16-step adjustable sharpness control |
| Saturation control |
20-step adjustable saturation control |
| Title text options |
51-character display |
| Long exposure |
Up to 10 seconds |
| Image display functions |
Live image can be inverted to right and left, inverted to up and down, and rotated 180 degrees |
| Gravity indicator |
Display gravity indicator according to the position of the scope's distal end (IV106 series only) |
| Still image recording |
Resolution |
H960 × V752 (pixels)*
*When Print Screen is on, the resolution becomes H1280 × V800
*Resolution is varied depends on optical adapter |
| Recording format |
JPEG (.JPG), PNG (.PNG) |
| Video recording |
Resolution |
H960 × V752 (pixels)*
*When Print Screen is on, the resolution becomes H1280 × V800 |
| Recording format |
MPEG 4 AVC/H.264 (.MP4 file) |
| Wi-Fi adapter |
2.4 GHz (802.11 b/g/n) |
| Bluetooth Adapter |
Bluetooth 5.2 × 1 |
Optical Adaptor Specifications. Source: Evident Corporation – NDT
| φ4.0 mm Optical Adaptors |
| |
AT80D/FF-IV104 |
AT120D/NF-IV104 |
AT120D/FF-IV104 |
AT120S/NF-IV104 |
AT120S/FF-IV104 |
AT80D/80D-IV104 |
AT60S/60S-IV104 |
| Optical system |
Field of view |
80 ° |
120 ° |
120 ° |
120 ° |
120 ° |
80 °/80 ° |
60 °/60 ° |
Direction
of view |
Forward |
Forward |
Forward |
Side |
Side |
Forward |
Side |
| Depth of field*1 |
52.9 mm
to inf |
4.4 to
107 mm |
17 mm
to inf |
2.7 to
9 mm |
10.3 mm
to inf |
4.7 to
66 mm |
3.7 to
62 mm |
| Distal end |
Outer diameter*2 |
φ4 mm |
φ4 mm |
φ4 mm |
φ4 mm |
φ4 mm |
φ4 mm |
φ4 mm |
| Distal end*3 |
20.9 mm |
20.4 mm |
20.5 mm |
21.1 mm |
21.1 mm |
22.3 mm |
24.7 mm |
| |
φ4.0 mm SWOPTIX 3D Measurement |
φ4.0 mm SWOPTIX Multiview |
| |
AT100DDNF-IV104 |
AT80SSNF-IV104 |
AT110DN/F-IV104 |
AT100D/S-IV104 |
| Optical system |
Field of view |
100 ° |
80 ° |
110 ° |
100 ° |
Direction of
view |
Forward |
Side |
Forward |
Forward |
Side |
Depth of
field*1 |
5.7 to
67 mm |
4.7 to
63 mm |
3.8 to
26 mm |
17.3 mm
to inf |
7.5 mm
to inf |
6.5 mm
to inf |
| Distal end |
Outer diameter*2 |
φ4 mm |
φ4 mm |
φ4 mm |
φ4 mm |
| Distal end*3 |
21 mm |
23.2 mm |
20.9 mm |
22.4 mm |
| φ6.0 mm Optical Adaptors |
| |
AT80D/FF-IV106 |
AT120D/NF-IV106 |
AT120D/FF-IV106 |
AT120S/NF-IV106 |
AT120S/FF-IV106 |
AT90D/90D-IV106 |
AT70S/70S-IV106 |
| Optical system |
Field of view |
80 ° |
120 ° |
120 ° |
120 ° |
120 ° |
90 °/90 ° |
70 °/70 ° |
Direction of
view |
Forward |
Forward |
Forward |
Side |
Side |
Forward |
Side |
Depth of
field*1 |
23.4 mm
to inf |
6.1 to
267 mm |
20.3 mm
to inf |
2.7 to
9 mm |
10.3 mm
to inf |
5.6 to
208 mm |
4.1 to
259 mm |
| Distal end |
Outer diameter*2 |
φ6 mm |
φ6 mm |
φ6 mm |
φ6 mm |
φ6 mm |
φ6 mm |
φ6 mm |
| Distal end*3 |
20.8 mm |
20.9 mm |
20.5 mm |
21.6 mm |
21.6 mm |
22.7 mm |
26.7 mm |
| |
φ6.0 mm SWOPTIX 3D Measurement |
φ6.0 mm SWOPTIX Multiview |
| |
AT120DDNF-IV106 |
AT100SSNF-IV106 |
AT110DN/F-IV106 |
AT100D/S-IV106 |
| Optical system |
Field of view |
120 ° |
100 ° |
110 ° |
100 ° |
| Direction of view |
Forward |
Side |
Forward |
Forward |
Side |
| Depth of field*1 |
5.6 to
69 mm |
5.0 mm
to inf |
3.8 to
25 mm |
17.3 mm
to inf |
7.5 mm
to inf |
6.8 mm
to inf |
| Distal end |
Outer diameter*2 |
φ6 mm |
φ6 mm |
φ6 mm |
φ6 mm |
| Distal end*3 |
21.6 mm |
25 mm |
20.6 mm |
22.3 mm |
*1. Indicates the viewing distance with optimal focus.
*2. The adaptor can be inserted into a ø4 mm and ø6 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 Environment. Source: Evident Corporation – NDT
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| Operating temperature |
Insertion tube |
In air: -25 °C to 100 ℃ (-13 °F to 212 °F) |
| In water: 10 °C to 30 ℃ (50 °F to 86 °F) |
| Tablet |
In air: -21 °C to 49 ℃ (-5.8 °F to 120.2 °F) (with Li-ion battery) |
| In air: 0 °C to 40 ℃ (32 °F to 104 °F) (with AC power adaptor) |
| System |
In air: -21 °C to 49 ℃ (-5.8 °F to 120.2 °F) (with Li-ion battery) |
| In air: 0 °C to 40 ℃ (32 °F to 104 °F) (with AC power adaptor) |
| 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
IV104 series: Up to an equivalent to 3.5 m (11.6 ft) deep
IV106 series: Up to an equivalent of 10 m (33 ft) deep |
| Other parts |
IP65*
*It does not apply when the protective covers on the system are open. |
MIL-STD Compliance
The operating environment performance is confirmed by the following MIL-STD-810H and MIL-STD-461G.
There is no guarantee that the product will remain undamaged under any conditions.
Source: Evident Corporation – NDT
| Type |
Method |
| Low atmosphere |
MIL-STD-810H, Method 500.6 Procedure I |
| High temperature |
MIL-STD-810H, Method 501.7 Procedure I |
| Cold temperature |
MIL-STD-810H, Method 502.7 Procedure I |
| Rain and Blowing rain |
MIL-STD-810H, Method 506.6 Procedure I |
| Humidity |
MIL-STD-810H, Method 507.6 |
| Salt Fog / Corrosive Environments |
MIL-STD-810H, Method 509.8 |
| Blowing dust |
MIL-STD-810H, Method 510.7 Procedure I |
| Explosive Atmosphere |
MIL-STD-810H, Method 511.7 Procedure I |
| Vibration |
MIL-STD-810H, Method 514.8 Procedure I |
| Shock |
MIL-STD-810H, Method 516.8 Procedure IV |
| Icing/Freezing Rain |
MIL-STD-810H, Method 521.4 |
| Conducted Susceptibility, Power Leads |
MIL-STD-461G, CS101 (System) |
| Conducted Susceptibility, Bulk Cable Injection |
MIL-STD-461G, CS114 (System) |
| Conducted Susceptibility, Bulk Cable Injection, Impuls |
MIL-STD-461G, CS115 (System) |
| Conducted Susceptibility, Damped Sinusoidal Transients, Cables and Power Leads |
MIL-STD-461G, CS116 (System) |
| Conducted Susceptibility, Personnel Borne Electrostatic Discharge (ESD) |
MIL-STD-461G, CS118 (System and Wireless Remote) |
| Radiated emission Magnetic Field |
MIL-STD-461G, RE101 (System and Wireless Remote) |
| Radiated emission Electric Field |
MIL-STD-461G, RE102 Above Deck (System and Wireless Remote) |
| Radiated susceptibility Magnetic Field |
MIL-STD-461G, RS101 (System and Wireless Remote) |
| Electromagnetic Interference (EMI) |
MIL-STD-461G, RS103 Above Deck (System and Wireless Remote) |