Materials Processing
Current materials processing applications using lasers include various precision marking, processes and micromachining activities such as bending of micro-mechanical components, cutting of 1- to 2-mil stainless steel parts, and selective soldering.
Lasers are useful in applications that require a small focused spot and high power density, especially in desktop/on-line situations in the industrial workplace. Fiber lasers, diode-pumped solid-state lasers, and IR laser diodes from JDSU meet these demanding requirements
Diode Laser, 808 nm, Fiber-Coupled, 4.5 W (2495-L4 Series)
Diode Laser, 830 nm, Fiber-Coupled, 2.0 W (2486-L3 Series)
Diode Laser, 830 nm, Fiber-Coupled, 2.0 W (2486-L4 Series)
Diode Laser, 8xx nm, Fiber-Coupled, 4.0 W (2495-L3 Series)
Diode Laser, 935 nm, Fiber-Coupled, 2.5 W (6395-L3 Series)
Diode Laser, 976 nm, Fiber-Coupled, 10 W, Tight Wavelength Tolerance (6398-L4t Series)
Diode Laser, 976 nm, Fiber-Coupled, 10 W, Tight Wavelength Tolerance, Feedback Protection (6398-L4ti Series)
Diode Laser, 9xx nm, 10 W (63xx Series)
Diode Laser, 9xx nm, Fiber-Coupled, 10 W (6398-L4 Series)
Diode Laser, 9xx nm, Fiber-Coupled, 10 W, Feedback Protection (6398-L4i Series)
Diode Laser, 9xx nm, Fiber-Coupled, 8.5 W (6397-L3 Series)
Industrial Diode Laser (IDL) Subsystem
Industrial Fiber Laser (IFL) Subsystem
Laser, Solid-State, Q-Switched, 1047 (M110)
Laser, Solid-State, Q-Switched, 355/532 (Q Series)
