GSI Lumonics
Northville, MI 48167
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Pulsed Nd:YAG Lasers utilize twin-rod oscillator design.
Models JK450HP and JK600HP offer rep rates to 1,000 Hz and minimum pulse lengths of 0.2 ms for precise cutting, welding, and drilling applications. LaserView(TM) control technology enables cycle programming triggered by single command, as well as in-process viewing, video capture, and real-time graphical displays of key parameters. Luminator(TM) plug-and-play fiber optic beam features built-in...
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Q-Switched Nd:YAG Lasers fit into small spaces.
Compact-Q Lasers provide 800 mJ per 6-8 ns pulse at 1064 nm with pulse repetition frequency of 10 Hz. They are offered with stable multimode, gaussian-coupled, or TEM00 resonator options. Mini-rail design allows them to be configured in oscillator, twin oscillator, and oscillator amplifier configurations with minimal change to laser head. Applications include PIV, LIF, LIBS, marking and drilling,...
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Laser Podules provide output from 20-100 W.
Spectron diode-pumped, solid-state (DPSS) Laser Podules use side-pumped geometry, which consists of Nd:YAG-laser rod, located within stainless steel/ceramic pumping chamber, pumped by array of diode laser bars. Podules are driven by low-voltage electronics, ensuring that integration and certification is straightforward. Cooling is accomplished with water chiller.
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Mini DPSS Lasers produce 5 W at 1064 nm.
Series SLD6000 low-powered, end-pumped, solid-state lasers feature direct diode coupling to Nd:YAG lasing media, providing TEM00 beam quality. Units include sealed laser head, field-replaceable diodes, as well as integral cooling, avoiding need for chillers. They offer high repetition rates, short pulses, and high peak powers for scribing, marking, inspection, and micromachining applications.
Read More »
Focus Heads suit welding and heat treatment applications.
Luminator(TM) heads are based on 1-piece machined body, sealed to industrial standard IP55 for work in demanding conditions. Straight and right-angle forms are available with CCTV option available for right-angle version. Basic head accepts ancillary items such as air knives and welding gas nozzles. Precision fixing points allow repeatable mounting on robots and other processing equipment.
Read More »
Laser Systems offer secure control software.
Graphical User Interface software, for Series JK continuous wave and pulsed laser systems, provides access to all laser parameters, I/O, data logging, and networking features. Driven by WindowsÃ-® operating environment, software is available as touchscreen interface option or for use with standard PC. It offers 3 levels of password protection for data and operational security. Tabbed pages...
Read More »
Laser Systems provide precision welding and cutting.
Models JK401 and JK501 Nd:YAG systems offer 400 and 500 W peak power, respectively. SuperModulation(TM) technology momentarily doubles output intensity and allows user to control weld penetration, heat effected zones, cooling rates, kerf quality, cornering speeds, and burnback. Fiber-optic beam delivery system has built-in process detection and intuitive, self-protecting diagnostics. Multiplexing...
Read More »
Pulsed Laser is capable of pulse shaping.
Pulsed laser Series JK700TR employs TR Technology, which uses twin-rod oscillator design to increase efficiency and decrease heat input into laser rods. Suitable for welding, drilling, and cutting applications, lasers include power supply which enables peak powers up to 10 kW. Features include Luminator fiber optic cabling, updated optics, and optional GUI for access to system functionality and...
Read More »
Fiber System protects against harmful back reflection.
Luminator fiber-optic system protects fibers from possible damage caused by back reflection during high-power welding of highly reflective materials, such as copper and aluminum. Terminations at each end of cable enables users to weld at full power without risk of harming equipment or fiber-optics. Luminator technology takes heat away from terminations where it is routed to detector that tells...
Read More »
Laser Processing Systems weld and cut metallic materials.
JK802 and JK1002 Nd:YAG laser systems utilize super modulation technology, which momentarily doubles laser's output intensity up to 2,000 watts. They include fiber system with built-in process detection and intuitive, self-protecting diagnostics. Flashlamps, which are designed for more than 1,000 hours of operation, are modular and can be changed on production floor. Systems are available with...
Read More »
Pulsed Nd:YAG Lasers utilize twin-rod oscillator design.
Models JK450HP and JK600HP offer rep rates to 1,000 Hz and minimum pulse lengths of 0.2 ms for precise cutting, welding, and drilling applications. LaserView(TM) control technology enables cycle programming triggered by single command, as well as in-process viewing, video capture, and real-time graphical displays of key parameters. Luminator(TM) plug-and-play fiber optic beam features built-in...
Read More »
Q-Switched Nd:YAG Lasers fit into small spaces.
Compact-Q Lasers provide 800 mJ per 6-8 ns pulse at 1064 nm with pulse repetition frequency of 10 Hz. They are offered with stable multimode, gaussian-coupled, or TEM00 resonator options. Mini-rail design allows them to be configured in oscillator, twin oscillator, and oscillator amplifier configurations with minimal change to laser head. Applications include PIV, LIF, LIBS, marking and drilling,...
Read More »
Laser Podules provide output from 20-100 W.
Spectron diode-pumped, solid-state (DPSS) Laser Podules use side-pumped geometry, which consists of Nd:YAG-laser rod, located within stainless steel/ceramic pumping chamber, pumped by array of diode laser bars. Podules are driven by low-voltage electronics, ensuring that integration and certification is straightforward. Cooling is accomplished with water chiller.
Read More »
Mini DPSS Lasers produce 5 W at 1064 nm.
Series SLD6000 low-powered, end-pumped, solid-state lasers feature direct diode coupling to Nd:YAG lasing media, providing TEM00 beam quality. Units include sealed laser head, field-replaceable diodes, as well as integral cooling, avoiding need for chillers. They offer high repetition rates, short pulses, and high peak powers for scribing, marking, inspection, and micromachining applications.
Read More »
Focus Heads suit welding and heat treatment applications.
Luminator(TM) heads are based on 1-piece machined body, sealed to industrial standard IP55 for work in demanding conditions. Straight and right-angle forms are available with CCTV option available for right-angle version. Basic head accepts ancillary items such as air knives and welding gas nozzles. Precision fixing points allow repeatable mounting on robots and other processing equipment.
Read More »
Laser Systems offer secure control software.
Graphical User Interface software, for Series JK continuous wave and pulsed laser systems, provides access to all laser parameters, I/O, data logging, and networking features. Driven by WindowsÃ-® operating environment, software is available as touchscreen interface option or for use with standard PC. It offers 3 levels of password protection for data and operational security. Tabbed pages...
Read More »
Laser Systems provide precision welding and cutting.
Models JK401 and JK501 Nd:YAG systems offer 400 and 500 W peak power, respectively. SuperModulation(TM) technology momentarily doubles output intensity and allows user to control weld penetration, heat effected zones, cooling rates, kerf quality, cornering speeds, and burnback. Fiber-optic beam delivery system has built-in process detection and intuitive, self-protecting diagnostics. Multiplexing...
Read More »
Pulsed Laser is capable of pulse shaping.
Pulsed laser Series JK700TR employs TR Technology, which uses twin-rod oscillator design to increase efficiency and decrease heat input into laser rods. Suitable for welding, drilling, and cutting applications, lasers include power supply which enables peak powers up to 10 kW. Features include Luminator fiber optic cabling, updated optics, and optional GUI for access to system functionality and...
Read More »
Fiber System protects against harmful back reflection.
Luminator fiber-optic system protects fibers from possible damage caused by back reflection during high-power welding of highly reflective materials, such as copper and aluminum. Terminations at each end of cable enables users to weld at full power without risk of harming equipment or fiber-optics. Luminator technology takes heat away from terminations where it is routed to detector that tells...
Read More »
Laser Processing Systems weld and cut metallic materials.
JK802 and JK1002 Nd:YAG laser systems utilize super modulation technology, which momentarily doubles laser's output intensity up to 2,000 watts. They include fiber system with built-in process detection and intuitive, self-protecting diagnostics. Flashlamps, which are designed for more than 1,000 hours of operation, are modular and can be changed on production floor. Systems are available with...
Read More »