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WP 532X Series Raman Spectrometer

Comprehensive and configurable 532 nm Raman solutions

High Sensitivity: low f/# design covering extended range Raman
Configurability: f/#, slit width
Spectral Range: 270–4700 cm^-1 with <11 cm^-1 resolution
Detectors: scientific grade regulated or cooled options
Software: open source ENLIGHTEN™ and Raman SDKs
Form Factor: available in laboratory or OEM packaging

As the most popular Raman wavelength for inorganic samples, 532 nm Raman excitation is often used to analyse carbon nanomaterials, semiconductors, metal oxides, minerals, and gemstones – as well as being used in resonance Raman experiments and SERS (surface enhanced Raman spectroscopy).

Available in laboratory and OEM form factors, the robust, modular opto-mechanical WP 532 X series supports both fingerprint and functional Raman ranges. For use with an external laser, it can be configured for optical coupling, f/#, detector cooling and slit width.

Product Details

Spectrometer (-IC)

Spectrometer Input

Fiber-coupled SMA 905 connector

(FC/PC, free space collimating lens or open slit upon request)

Laser Output

N/A

Communications

USB 2.0 Type B connector

Software / Control

ENLIGHTEN^TM Raman spectroscopy software and SDKs included

Operating Temperature

0°C to 40°C, non-condensing

Dimensions & Weight

Laboratory/housed units: 24.3 x 17.2 x 6.0 cm, <2.3 kg

OEM modules on a baseplate: 23.6 x 16.5 x 5.3 cm, <1.3 kg

Specifications

Detector Cooling Options

TEC-Regulated (-R)

TEC-Cooled (-C)

SPECTROMETER

(-IC MODEL)

Spectral range

270–4700 cm^-1

270–4250 cm^-1

Resolution

(25 μm slit)

f/1.3 input

10 cm^-1

11 cm^-1

f/1.8 input

8 cm^-1

9 cm^-1

Detector TEC setpoint

10 ± 0.2°C

-15 ± 0.2°C

Minimum integration time

3 ms

8 ms

Configurations

As the most widely used Raman wavelength for inorganic materials, 532 nm excitation is ideal for analyzing carbon nanomaterials, semiconductors, metal oxides, minerals, and gemstones, as well as for resonance Raman and SERS (surface-enhanced Raman spectroscopy). A flexible, probe-based Raman system is well suited to these applications, particularly with our user-configurable Raman probes, which can adapt to different types of optical systems and samples.

OEM Options

Our unique “OEM Inside” approach streamlines instrument design and product development while reducing risk. You focus on building your turnkey solution, while we deliver high-performance Raman hardware. Explore our performance-equivalent WP 532X OEM models: