Universal Laser Systems Inc.
Scottsdale, AZ 85260
Air Filtration Systems aid laser materials processing.
Featuring 4-stage filtration, UAC 2000 and UAC 4000 extract particulates and fumes produced during laser system materials processing. Multi-sensor design continuously monitors performance at all stages, and variable speed exhaust blowers maintain- constant airflow as particulate is captured in pre-filter and HEPA filter. Third and fourth filtration stages capture fumes in dual-carbon filter,...
Read More »Air Filtration Systems aid laser materials processing.
Featuring 4-stage filtration, UAC 2000 and UAC 4000 extract particulates and fumes produced during laser system materials processing. Multi-sensor design continuously monitors performance at all stages, and variable speed exhaust blowers maintain- constant airflow as particulate is captured in pre-filter and HEPA filter. Third and fourth filtration stages capture fumes in dual-carbon filter,...
Read More »Laser Material Processing System utilizes hybrid technology.
Suitable for cutting, marking, and engraving of both organic and inorganic materials, XLS10MWH Multiwave Hybrid™ System combines laser energy from CO2 lasers of 9.3 or 10.6 microns and fiber laser of 1.06 microns into simultaneous delivery of single beam. Control of lasers individually or simultaneously provides infinite laser energy combinations for development of laser material processes....
Read More »Laser Material Processing System utilizes hybrid technology.
Suitable for cutting, marking, and engraving of both organic and inorganic materials, XLS10MWH Multiwave Hybrid™ System combines laser energy from CO2 lasers of 9.3 or 10.6 microns and fiber laser of 1.06 microns into simultaneous delivery of single beam. Control of lasers individually or simultaneously provides infinite laser energy combinations for development of laser material processes....
Read More »Camera Registration Module streamlines cut-path positioning.
Available for XLS laser systems, UCR Camera Registration Module features camera that determines exact position of registration marks on printed materials inside laser system and software that adjusts predefined cut path to fit material. UCR works with most vector-based Windows-® software, including Adobe Illustrator®, CorelDRAW®, and AutoCAD®. Ability to assist with cutting complex...
Read More »Camera Registration Module streamlines cut-path positioning.
Available for XLS laser systems, UCR Camera Registration Module features camera that determines exact position of registration marks on printed materials inside laser system and software that adjusts predefined cut path to fit material. UCR works with most vector-based WindowsÃ-® software, including Adobe Illustratorî, CorelDRAWî, and AutoCADî. Abilityàto assist...
Read More »Material Processing System accepts 2 air-cooled CO2 lasers.
Consisting of 40 x 24 in. laser material processing area and advanced beam delivery system, Model XLS 10.150D is used for cutting organic materials and marking/engraving of both organic and inorganic materials. System provides high-speed beam positioning using rigid, friction-free motion system with servo driven motors. It features full color LCD, multiple focusing modes, and Laser System Manager...
Read More »Material Processing System accepts 2 air-cooled CO2 lasers.
Consisting of 40 x 24 in. laser material processing area and advanced beam delivery system, Model XLS 10.150D is used for cutting organic materials and marking/engraving of both organic and inorganic materials. System provides high-speed beam positioning using rigid, friction-free motion system with servo driven motors. It features full color LCD, multiple focusing modes, and Laser System Manager...
Read More »CO2 Lasers employ folded, slab resonator design.
Compact and adaptable to multitude of applications, single resonator 200 W Laser and optically-combined dual resonator 400 W Laser feature built-in RF power supply and patented in-line air cooling. Power supply operates on 48 Vdc and includes communication port for monitoring laser status, while temperature-controlled fans allow quiet operation at lower duty cycles. Both lasers are optionally...
Read More »CO2 Lasers employ folded, slab resonator design.
Compact and adaptable to multitude of applications, single resonator 200 W Laser and optically-combined dual resonator 400 W Laser feature built-in RF power supply and patented in-line air cooling. Power supply operates on 48 Vdc and includes communication port for monitoring laser status, while temperature-controlled fans allow quiet operation at lower duty cycles. Both lasers are optionally...
Read More »Air Filtration Systems aid laser materials processing.
Featuring 4-stage filtration, UAC 2000 and UAC 4000 extract particulates and fumes produced during laser system materials processing. Multi-sensor design continuously monitors performance at all stages, and variable speed exhaust blowers maintain- constant airflow as particulate is captured in pre-filter and HEPA filter. Third and fourth filtration stages capture fumes in dual-carbon filter,...
Read More »Air Filtration Systems aid laser materials processing.
Featuring 4-stage filtration, UAC 2000 and UAC 4000 extract particulates and fumes produced during laser system materials processing. Multi-sensor design continuously monitors performance at all stages, and variable speed exhaust blowers maintain- constant airflow as particulate is captured in pre-filter and HEPA filter. Third and fourth filtration stages capture fumes in dual-carbon filter,...
Read More »Laser Material Processing System utilizes hybrid technology.
Suitable for cutting, marking, and engraving of both organic and inorganic materials, XLS10MWH Multiwave Hybrid™ System combines laser energy from CO2 lasers of 9.3 or 10.6 microns and fiber laser of 1.06 microns into simultaneous delivery of single beam. Control of lasers individually or simultaneously provides infinite laser energy combinations for development of laser material processes....
Read More »Laser Material Processing System utilizes hybrid technology.
Suitable for cutting, marking, and engraving of both organic and inorganic materials, XLS10MWH Multiwave Hybrid™ System combines laser energy from CO2 lasers of 9.3 or 10.6 microns and fiber laser of 1.06 microns into simultaneous delivery of single beam. Control of lasers individually or simultaneously provides infinite laser energy combinations for development of laser material processes....
Read More »Camera Registration Module streamlines cut-path positioning.
Available for XLS laser systems, UCR Camera Registration Module features camera that determines exact position of registration marks on printed materials inside laser system and software that adjusts predefined cut path to fit material. UCR works with most vector-based Windows-® software, including Adobe Illustrator®, CorelDRAW®, and AutoCAD®. Ability to assist with cutting complex...
Read More »Camera Registration Module streamlines cut-path positioning.
Available for XLS laser systems, UCR Camera Registration Module features camera that determines exact position of registration marks on printed materials inside laser system and software that adjusts predefined cut path to fit material. UCR works with most vector-based WindowsÃ-® software, including Adobe Illustratorî, CorelDRAWî, and AutoCADî. Abilityàto assist...
Read More »Material Processing System accepts 2 air-cooled CO2 lasers.
Consisting of 40 x 24 in. laser material processing area and advanced beam delivery system, Model XLS 10.150D is used for cutting organic materials and marking/engraving of both organic and inorganic materials. System provides high-speed beam positioning using rigid, friction-free motion system with servo driven motors. It features full color LCD, multiple focusing modes, and Laser System Manager...
Read More »Material Processing System accepts 2 air-cooled CO2 lasers.
Consisting of 40 x 24 in. laser material processing area and advanced beam delivery system, Model XLS 10.150D is used for cutting organic materials and marking/engraving of both organic and inorganic materials. System provides high-speed beam positioning using rigid, friction-free motion system with servo driven motors. It features full color LCD, multiple focusing modes, and Laser System Manager...
Read More »CO2 Lasers employ folded, slab resonator design.
Compact and adaptable to multitude of applications, single resonator 200 W Laser and optically-combined dual resonator 400 W Laser feature built-in RF power supply and patented in-line air cooling. Power supply operates on 48 Vdc and includes communication port for monitoring laser status, while temperature-controlled fans allow quiet operation at lower duty cycles. Both lasers are optionally...
Read More »CO2 Lasers employ folded, slab resonator design.
Compact and adaptable to multitude of applications, single resonator 200 W Laser and optically-combined dual resonator 400 W Laser feature built-in RF power supply and patented in-line air cooling. Power supply operates on 48 Vdc and includes communication port for monitoring laser status, while temperature-controlled fans allow quiet operation at lower duty cycles. Both lasers are optionally...
Read More »