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The textile industrial broken needle metal detector is a machine that can detect metallic objects in the textile industry, such as needles, staples, pins and other small metal objects. It works by emitting electromagnetic waves that are absorbed by the objects, causing them to emit their own electromagnetic waves at a specific frequency. This frequency can then be detected using a different set of electromagnetic waves. The result is an accurate and fast method of detecting metallic objects in textiles without having to open up the fabric itself.
It is important to note that this device does not work on any type of fabric because it uses electronic impulses instead of traditional magnets. This means that even if you have a large quantity of cloth on hand, this machine will still be able to detect any metallic object within its range with ease!
| Quantity: | |
|---|---|
NeedleD-1
vikingscan
8543709100
The textile metal detector is a good tool for detecting small metallic objects in textiles. It can be used to find broken needles, pins, and other small metal objects that may have become embedded in the fabric.
It is a handheld device that can be easily carried around with you while you are working. You simply place the textile metal detector on your work surface and press the button to start detecting. Once you have detected the object, it will show up on the screen as a red line or an X. You can then remove the object from your material and dispose of it properly.
Needle detection is a specialized form of optical detection, which can be used to detect needles in a textile material. Needle detection devices consist of an ultrasonic transducer and a lens. The ultrasonic transducer produces sound waves that are reflected off the needle and returned to the detector. The reflected pulses are converted into electrical signals by the lens, which are then analyzed by a computer.
The needle detection process begins with the production of a large number of pulses by the ultrasonic transducer. These pulses are then focused on the end of the needle using a lens. The distance between each wave-front and its corresponding point on the needle can be measured using this process. This information is then stored in memory, where it is analyzed by computer algorithms designed to identify any irregularities or defects in the wave patterns produced by needles embedded within textiles.
Model | VFG-600K |
Detection method | Magnet filed induction .digital circuit |
Dedection ability | ferrous 0.8mm 1.0mm 1.2mm 1.5mm |
Detection height | 100mm.120mm 150mm 200mm |
Detection width | 600mm or customized |
Detection adjustment | touch button adjustment from 1-12 level |
alarm method | sound light alarm and return then restart again |
power suply | 220V 50-60HZ |
pated otput | 110W |
machine size | 190*110(W)*130cm |
weight | 200KG |
The textile metal detector is a good tool for detecting small metallic objects in textiles. It can be used to find broken needles, pins, and other small metal objects that may have become embedded in the fabric.
It is a handheld device that can be easily carried around with you while you are working. You simply place the textile metal detector on your work surface and press the button to start detecting. Once you have detected the object, it will show up on the screen as a red line or an X. You can then remove the object from your material and dispose of it properly.
Needle detection is a specialized form of optical detection, which can be used to detect needles in a textile material. Needle detection devices consist of an ultrasonic transducer and a lens. The ultrasonic transducer produces sound waves that are reflected off the needle and returned to the detector. The reflected pulses are converted into electrical signals by the lens, which are then analyzed by a computer.
The needle detection process begins with the production of a large number of pulses by the ultrasonic transducer. These pulses are then focused on the end of the needle using a lens. The distance between each wave-front and its corresponding point on the needle can be measured using this process. This information is then stored in memory, where it is analyzed by computer algorithms designed to identify any irregularities or defects in the wave patterns produced by needles embedded within textiles.
Model | VFG-600K |
Detection method | Magnet filed induction .digital circuit |
Dedection ability | ferrous 0.8mm 1.0mm 1.2mm 1.5mm |
Detection height | 100mm.120mm 150mm 200mm |
Detection width | 600mm or customized |
Detection adjustment | touch button adjustment from 1-12 level |
alarm method | sound light alarm and return then restart again |
power suply | 220V 50-60HZ |
pated otput | 110W |
machine size | 190*110(W)*130cm |
weight | 200KG |
