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BT210
RayTools
BT210
BT210S FC 1.5KW plane cutting head
Product description:
Knob type focus adjustment
First choice for laser cutting equipment below 1.5KW
BT210 series is a fiber cutting head suitable for small and medium power launched by Swiss RAYTOOLS AG in 2016. The diversified interface settings enable it to be matched with various mainstream fiber lasers. This cutting head adopts an optimized optical design, is extremely light, small in size, simple to use, and can be used with a height sensor to make cutting more efficient. It has a very high cost performance. It is the first choice for laser cutting equipment with a power of 800W and below.
Product features:
High adaptability:
Equipped with a variety of optical fiber interfaces such as QBH and QCS, which can be adapted to various mainstream lasers
Excellent design:
Optimized optical configuration and smooth and efficient airflow design significantly improve cutting quality and efficiency.
Slim nozzle design:
The modular, slender nozzle design reduces workpiece interference.
Exquisite structure:
The weight is extremely light and the volume is small, which reduces the load requirements of the robot and improves the cutting speed and quality.
BT210S FC 1.5KW plane cutting head
Product description:
Knob type focus adjustment
First choice for laser cutting equipment below 1.5KW
BT210 series is a fiber cutting head suitable for small and medium power launched by Swiss RAYTOOLS AG in 2016. The diversified interface settings enable it to be matched with various mainstream fiber lasers. This cutting head adopts an optimized optical design, is extremely light, small in size, simple to use, and can be used with a height sensor to make cutting more efficient. It has a very high cost performance. It is the first choice for laser cutting equipment with a power of 800W and below.
Product features:
High adaptability:
Equipped with a variety of optical fiber interfaces such as QBH and QCS, which can be adapted to various mainstream lasers
Excellent design:
Optimized optical configuration and smooth and efficient airflow design significantly improve cutting quality and efficiency.
Slim nozzle design:
The modular, slender nozzle design reduces workpiece interference.
Exquisite structure:
The weight is extremely light and the volume is small, which reduces the load requirements of the robot and improves the cutting speed and quality.
