Two-color radiation thermometer for laser

In recent metal processing, high-density laser beams are irradiated to evaporate and melt materials using thermal energy for cutting, drilling, engraving, and other processes.

Lasers are characterized by their ability to easily adjust beam intensity and irradiation position, and to process large quantities of work quickly and with uniform quality. Laser processing is also advantageous in that it can import drawing data into the machine, enabling precise and accurate drilling of detailed holes and cutting of complex shapes, which are difficult to achieve with other processing methods. Also, because it does not use a blade, it is suitable for pinpoint processing, and burrs are less likely to occur, so post-processing is less time-consuming.

The temperature generated during laser processing is measured with a radiation thermometer that we sell, and laser intensity and other parameters are adjusted to achieve efficient irradiation.

Features

The two-color radiation thermometer for laser processing temperature measurement uses a small lens and fiber method to enable mounting on equipment, and once the measurement position is aligned, temperature measurement can be performed continuously. This radiation thermometer measures infrared rays with pinpoint accuracy, thus realizing fast response and accurate temperature measurement (mounted on robots, equipment, etc.).

Two-color radiation thermometer ISR12-LO・IGAR12-LO