The NETSCOPE_2V Handheld Non-Linear Junction Detector is our latest NLJD.
It is equipped to discover wired or wireless radio microphones, sophisticated spy microphones, bugs, audio-video recording devices, cellular phones, SIM cards, and even Remote Controlled Improvised Explosive Devices (RCIED) containing semi-conductor elements.
With its advanced technology, this detector can detect a wide range of targets in all operational modes, whether they are active, passive, or switched-off.
Its exceptional performance enables a quick and precise target search, ensuring reliable localization within different structures such as walls, floors, ceilings, furniture, and household appliances.
This is the ultimate solution for uncovering hidden electronics with confidence and ease.
How Efficient Is It?
The NETSCOPE_2V Handheld Non-Linear Junction Detector ensures an exceptionally high level of efficiency and effectiveness in locating the target.
It provides reliable target localization in light building structures such as walls, floors, and ceilings, as well as in all types of furniture and a variety of home appliances.
Why Choose It?
The NETSCOPE_2V Handheld Non-Linear Junction Detector stands out from the rest due to its high level of accuracy and precision.
When it is turned on with a full battery, it is a fast search tool, ready for operation within seconds.
Some key Points:
- Detects various types of concealed electronics.
- Covers a wide range of targets in all operational modes.
- Ensures efficient and effective target search rate.
- Provides reliable target localization in different structures.
Features
1. It is user-friendly, lightweight, and portable, making it easy to carry around and use in any setting
2. Efficient battery saving in idle mode when device is stationary.
3. Utilizes high frequency for detecting small objects.
4. Features a large color display with user-friendly menu.
5. Includes Bluetooth headphones for untethered listening.
6. Possesses highly sensitive receiver for effective operation at low power levels.
