Standard Features:
. High performance Raman with remote

probe

. 300 mW 785 nm frequency stabilized

laser

. XCTRaman-2 high performance

spectrograph

. TE regulated linear CCD

. Spectral coverage 250 to 2,350 cm-1

. Nominal system resolution of 6 cm-1.

. Includes control software, built in control computer (Windows XP) and remote probe.

. System Options:

. Compact diode pumped solid state 532 nm laser with 30 mW output. Select this laser when an extended

spectral range from ~250 to 3,400 cm-1 with a nominal resolution of 6 cm-1 and higher Raman signals from damage

resistant samples is required.

. High performance 200 mW 670 nm frequency stabilized laser . Select this laser when an extended spectral

range from ~250 to 3,400 cm-1 with a nominal resolution of 8 cm-1 is required.

. High power 300 to 400 mW 830 nm frequency stabilized laser for higher Raman signals from damage resistant

samples. Use of this laser will give a spectral range of 300 to 2,100 cm-1 and a nominal resolution of 5 cm-1.

. Enhanced spectral range: Modifies the spectral range for Raman systems equipped with the 785 nm laser and

TEC regulated detector linear CCD to 100 to 2,300 cm-1 and a nominal resolution of 4 or 6 cm-1

. High resolution option for the 785 nm TEC regulated linear CCD Raman systems. Increases resolution from 6

cm-1 to 4 cm-1.

. TE Cooled back thinned CCD for high

sensitivity and high resolution. This high

sensitivity detector modifies the system resolution

and spectral range of the Raman system

as follows:

When used with 400 mW 785 nm laser:

6cm-1 /300 to 2,200 cm-1

When used with 30 mW 532 nm laser:

6cm-1/300 to 3,200 cm-1

When used with 200 mW 670 nm laser:

8cm-1/300 to 3,000 cm-1

When used with 400 mW 830 nm laser:

5cm-1/300 to 2,100 cm-1

. Industrial Process Probe: Inphotonics

Process RamanProbe, for industrial process

monitoring with harsh reaction conditions.

The EZRaman-F takes the rugged
and reliable EZRaman-L and packages

it in a field and industrial portable

housing.