- Type of sensor cable: Coaxial
- Type of material used for cover: Braided and heat resistant
- Frequency of the signal carried through the cable: Radio frequency(RF) signal
- Length of the sensor cable for laser cutting machine: 180mm (customisable as per customer request)
- Connector on the top: L-type
- Connector on the bottom: Straight
We ensure that you get the best quality sensor cable for laser cutting machine available in the market. For doing so, we need to minimise the signal loss while it is carried through the coaxial cable. The signal loss happens due to:
- Resistance loss – this loss happens because of resistance from the cable material. Whenever a signal travels through a solid medium, the medium offers a resistance(unless we have the theoretical “perfect conductor”). Copper is not a perfect conductor. The longer the length of the sensor cable for laser cutting machine, the more is the associated resistive loss. We ensure that the length of the cable as well as the material uses results in the minimum loss when the signal is propagated through the sensor cable.
- Dielectric loss – We need the conductor to be perfect. Similarly, the material that surrounds the conductor must also be a perfect insulator. The censor cable for laser cutting machine suffers more signal losses as it is impossible to practically have perfect insulators. Our choice of materials makes sure that the dielectric losses are minimum.
- Connector loss – This is the loss that happens when there is a connection between the cable and sensor at one end and amplifier at the other end. This joint is never perfect and always has resistance in practical use. The type of connector used is another factor affecting the signal loss.
The sensor cable is a small but very important part of the laser cutting machine. The material used in manufacturing the cable can significantly impact the cutting quality. Choose the best cable to uptime the performance of your laser cutting machine and get the best finish and accuracy!
