UV laser featuring cold processing is used to cut and depanel PCB/FPC RFH UV laser with 13-year experience can cut PCB/FPC without burr, which reduces scrap rate and cost and improves quality.   In the past few months, more and more clients ask for RFH laser to cut and depanel PCB/FPC.   For the time being, FPC laser cutting technique often adopts 355nm UV laser and the laser power ranges from 8W to 10W. The main reason why other circuit board cutting also uses 355nm UV laser is that it has exceptional laser beam quality and it is a kind of “cold light source” with little heat transfer to surrounding material. A FPC laser cutting using RFH Expert series solid-state UV laser has only 10μm heat-affecting zone. This is very helpful in improving productivity.   

RFH UV laser with 13-year experience can cut circuit board without burr RFH UV laser with 13-year experience can cut PCB/FPC without burr, which reduces scrap rate and cost and improves quality.   In the past few months, more and more clients ask for RFH laser to cut and depanel PCB/FPC.   For the time being, FPC laser cutting technique often adopts 355nm UV laser and the laser power ranges from 8W to 10W. The main reason why other circuit board cutting also uses 355nm UV laser is that it has exceptional laser beam quality and it is a kind of “cold light source” with little heat transfer to surrounding material. A FPC laser cutting using RFH Expert series solid-state UV laser has only 10μm heat-affecting zone. This is very helpful in improving productivity.   

355nm UV laser with compact design can help speed up SLA process     With UV laser developed and produced by RFH, the process model made by SLA Photopolymer is vivid in details and has smooth cutting edges, increasing the value and artistic quality to a new level.   The past two months witnessed an increasing inquiries about SLA laser and 3D printer UV photosensitive adhesive from many clients, including oversea ones. Sam is a Colombian laser integrator and left a message asking for S9 series UV laser to do the rapid prototyping of SLA Photopolymer.   

RFH UV laser marking 3D SLA Photopolymer to realize rapid prototyping     With UV laser developed and produced by RFH, the process model made by SLA Photopolymer is vivid in details and has smooth cutting edges, increasing the value and artistic quality to a new level.   The past two months witnessed an increasing inquiries about SLA laser and 3D printer UV photosensitive adhesive from many clients, including oversea ones. Sam is a Colombian laser integrator and left a message asking for S9 series UV laser to do the rapid prototyping of SLA Photopolymer.   

RFH UV laser make sure FPC to have smooth cutting edges Using  RFH 355 series UV laser to cut, drill and scribe on FPC can guarantee smooth cutting edges and ensure the drilling to be done in accurate spot, which increases the roundness of the hole and reduces the material waste & cutting failures.   This week, RFH delivered a shipment of 15W high poer UV lasers Expert III 355 which are intended to do the cutting, drilling and depaneling of PCB/FPC.    With 13-year experience together with the knowledge of a top professional team, 15W high power UV laser Expert III 355 developed and produced by RFH features little heat transfer to surrounding material, high precision of ±0.002mm and high stability. It is popular for cutting ,drilling and engraving on PCB and FPC, for it can help prevent the generation of burr and make sure the cutting edges to be smooth and clean.   

15W uv laser cutting FPC Circuit board Using  RFH 355 series UV laser to cut, drill and scribe on FPC can guarantee smooth cutting edges and ensure the drilling to be done in accurate spot, which increases the roundness of the hole and reduces the material waste & cutting failures.   This week, RFH delivered a shipment of 15W high poer UV lasers Expert III 355 which are intended to do the cutting, drilling and depaneling of PCB/FPC.    With 13-year experience together with the knowledge of a top professional team, 15W high power UV laser Expert III 355 developed and produced by RFH features little heat transfer to surrounding material, high precision of ±0.002mm and high stability. It is popular for cutting ,drilling and engraving on PCB and FPC, for it can help prevent the generation of burr and make sure the cutting edges to be smooth and clean.   

UV 3d laser machine with repetition rate up to 200kHz   Early this month, Jason, who is the boss of 3D model producer, asked about what kind of laser is suitable for Photopolymer SLA process and we recommended S9 series UV laser.  RFH 355 series UV laser features high efficiency, stable laser output and compact design, making it the suitable laser for Photopolymer SLA process. This UV laser has a laser wavelength at 354.7nm with repetition rate up to 200kHz. Its laser power ranges from 3w to 10w absolutely assured in all repetition rates. Besides, it is characterized by exceptional beam quality (M²<1.2) ,relatively short pulse width <12ns@30k with little heat transfer to surrounding material during the marking process.   In addition, this UV laser is designed with unique Q-switching technology and supports communication with computer. RS232 control interface ensures easy control of the laser from the outside, which reduces the labor cost to a large extent. Such an easy-to-use, easy-to-install and compact laser can meet the different needs of Photopolymer SLA process.  

3W 5W UV laser source for SLA 3D printing   Early this month, Jason, who is the boss of 3D model producer, asked about what kind of laser is suitable for Photopolymer SLA process and we recommended S9 series UV laser.  RFH 355 series UV laser features high efficiency, stable laser output and compact design, making it the suitable laser for Photopolymer SLA process. This UV laser has a laser wavelength at 354.7nm with repetition rate up to 200kHz. Its laser power ranges from 3w to 10w absolutely assured in all repetition rates. Besides, it is characterized by exceptional beam quality (M²<1.2) ,relatively short pulse width <12ns@30k with little heat transfer to surrounding material during the marking process.   In addition, this UV laser is designed with unique Q-switching technology and supports communication with computer. RS232 control interface ensures easy control of the laser from the outside, which reduces the labor cost to a large extent. Such an easy-to-use, easy-to-install and compact laser can meet the different needs of Photopolymer SLA process.