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A metal detector is a device designed to identify the presence of metal objects hidden underground, on surfaces, or within structures. Used in a variety of fields, from security to archaeology and threat detection, these devices offer an effective solution for locating metal objects without direct contact.
A portable metal detector works by emitting electromagnetic waves that react to the presence of metal. Depending on the model, some detectors can differentiate between different types of metal, adjust the detection depth, and emit audible or visual alerts when a metallic object is identified.
Among the main advantages of high-precision metal detectors are their ability to locate hidden weapons, detect buried valuables, and facilitate inspection at security checkpoints. Additionally, some models feature advanced settings that improve sensitivity and reduce interference in environments with multiple metal sources.
Metal detectors have evolved to adapt to different applications and levels of accuracy. There are models designed for security, exploration, and industrial use, each with specific features that optimize their performance. Below, we highlight the main types and their most relevant attributes:
Selecting the right metal detector depends on the specific use, the type of terrain or surface to be explored, and the required sensitivity. These features ensure optimal performance in detecting hidden metal objects.
At ESPIAMOS®, we offer a selection of metal detectors designed with advanced technology to ensure maximum accuracy in any environment. We also offer exclusive benefits that ensure a safe and reliable purchase:
Discover our range of metal detectors and equip yourself with the best detection technology available on the market.
A metal detector can identify a wide range of metal objects, from coins, jewelry, and archaeological remains to hidden weapons, industrial tools, and buried machinery parts. The device's sensitivity determines whether it can differentiate between ferrous and non-ferrous metals, which is useful in applications such as treasure hunting or access control. Some models even allow you to adjust the type of metal you want to detect, filtering out unwanted elements to optimize performance.
These devices are versatile and can be used in a wide variety of environments: from beaches, parks, or forests to buildings, airports, and archaeological sites. There are models specifically designed for outdoor use, on uneven terrain, or even underwater. They are also used in industrial and construction settings to locate cables or pipes before excavation. In all cases, it is important to adapt the detector to the terrain and ensure it meets the technical requirements of the environment where it will be used.
A security metal detector is designed for the rapid, surface detection of metal objects concealed on people or luggage, and is typically used at building entrances, airports, or events. Search detectors, on the other hand, are optimized for locating buried or camouflaged metal objects in natural terrain and feature greater sensitivity and depth of range. Furthermore, the latter allow for features such as metal discrimination, frequency adjustment, and searching in adverse conditions such as high salinity or humidity.
Most modern detectors allow for manual or automatic sensitivity adjustment. This feature allows the user to calibrate the device to improve accuracy, reducing interference from ground minerals or other unwanted metallic objects. Correctly adjusting the sensitivity is key to avoiding false alarms or, conversely, missing small or deep objects. Some models include advanced calibration features with memory to quickly adapt to different environments.
Yes, many detectors are designed to be resistant to dust, moisture, and even contact with water. Submersible or IP-rated models can be used in rain or aquatic environments without losing effectiveness. However, it's always a good idea to check the manufacturer's specifications to ensure the device can withstand the specific conditions of the environment where it will be used. In extreme climates, the battery and electronics must be specially protected to ensure consistent performance.