Ultraviolet laser occupies an important position in the production of masks

At present, the new crown pneumonia is spreading globally, causing the global demand for medical supplies to skyrocket, and supplies such as N95 masks are still in short supply. The demand for special production equipment for protective equipment has surged. Manufacturers all over the country have actively responded to the national call to put into production. As a representative of the new era of automated production, laser equipment occupies an important position in the production of masks.

355nm UV laser cutting KN95 mask

Based on the ultrasonic embossing machine pressing and forming the multilayer meltblown cloth, the Chuangxuan vision laser cutting machine can automatically identify the pressing line and realize the whole cutting along the pressing line. The fabric of masks such as N95 is generally melt blown cloth, and the cutting head of the vision laser cutting machine draws a beautiful arc during operation to complete the cutting of various shapes of masks. The non-contact visual laser processing is stable in the processing efficiency and quality of the mask fabric. The mask model can be changed at any time without the need to make a mold.

Wide range of materials for nanosecond UV lasers

Suitable for most flexible fabric processing, such as non-woven fabrics of protective clothing, medical bed sheets, etc.;

Ultraviolet laser source processing effect is good

The laser processing precision is high, the incision is smooth, does not yellow, does not fall off the wire;

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Fully automatic feeding of UV laser diode

Accurate feeding, supporting automatic up and down feeding;

UV laser saves manpower

Without human intervention, continuous identification and cutting are realized; large-format detection of the cutting range greatly improves production efficiency and reduces production costs.

Features of UV laser:

The software recognizes the contour of the figure, automatically generates the cutting path and completes the cutting. The waste of materials and time caused by inaccurate positioning of users is avoided. Support setting camera calibration offset compensation, correct and recognize the overall offset that appears after the device has been running for a period of time, to ensure accurate graphics cutting Adopt the margin control method, use the sensor probe to detect the length of the fabric margin, and automatically turn on and off the feeding motor to achieve the free and stretch-free conveying of the fabric. High-pixel capture graphics, the maximum recognition area can reach 4 square meters. To win the battle against the epidemic, RFH Laser provides advanced technology and intelligent equipment support!