Spectra-Physics Excelsior fiber-coupled diode laser & PS, 473 nm, 37 mW

Description

Spectra-Physics Excelsior diode-coupled laser system, with separate laser head and power supply. System includes:
1) Laser Head: m/n
Excelsior-532MFC-37-CDRH. This laser head outputs 37 mW of 473 nm light.
The laser head is coupled to a 1 m long fiber encased in a protective, flexible stainless steel conduit. Connector: FC, Polish: APC
2) Power Supply: Excelsior-PS-CDRH, with a 1.8 m cable to connect to the laser head.
3) Documentation.
From spectra-physics.com:
Spectra-Physics Excelsior lasers produce a continuous laser beam from an
exceptionally compact package. These small, rugged, diode-pumped, solidstate
lasers are especially well suited for applications requiring a low-noise,
high quality, continuous wave (CW) beam. All Excelsior lasers are
designed to operate at constant output power. However, several models
allow the operator to vary laser power from 50% to 100% via an external
interface. Table 1-1 on page 1-2 lists the different models.
These lasers deliver efficient, stable light with the excellent spatial mode
that is critical for applications in graphics, photo finishing and flow cytometry.
Individual Excelsior models operate in either single or multiple longitudinal
mode. Again, refer to Table 1-1.
The Excelsior laser heads are designed for precision mounting and alignment
of the beam, which, together with the specified boresight of the output,
simplifies the task of designing the master optical train, or replacing a
laser head in the master system. All optical components, including the
diode pump source, are contained in the laser head itself.
The lasers are powered and controlled by a small, separate power supply/
controller unit. The power supply interface allows the laser to be monitored
and operated using analog signals applied to the connector on the back of
the power supply. All Excelsior models use a similar power supply to
deliver electrical power to the laser head through the cable provided with
the system.