High-Resolution Spectrometer: 200 nm – 6.3 µm Wavelengths at a Competitive Price
Cost-Efficient And Compact Spectrometer
waveScan spectrometer by APE is a compact and cost-efficient optical spectrometer to characterize light sources, e.g. ultrafast as well as cw laser systems. The rotating grating technology achieves high resolution at fair scan rates. This makes waveScan an ideal real-time alignment tool for laser systems.
UV at 200 nm to Mid-IR at 6.3 µm
Different configurations, from 200 nm UV to 6.3 µm in the mid-infrared range, make waveScan the choice for analyzing the spectrum of different laser types.
Fiber Inputs Available
waveScan is available with an interchangeable fiber input in addition to a free-space input. Whether you need fast scan rates for adjustment or high resolution, combined with convenient measurement control and data processing – waveScan is the ideal solution.
Plug and Play via USB & Spectrometer Software
waveScan Spectrometer is easy to use and supports plug and play via USB connection. The software is included and provides a bunch of featues. For example, waveScan automatically searches for one or two peaks in the measured spectrum and displays the peak wavelength, centroid wavelength, and full width at half maximum (FWHM) of the peaks. In the “set peak search window” of the spectrometer software the user can set the wavelength windows in that the peaks are searched for. The user can lock these search
windows to the selected “Wavelength window”, or can set minimum
and maximum wavelength for each search window separately.
The Economical Advantage - Rotating Grating
waveScan closes the gap between low-cost spectrometer offering low-resolution and more expensive high-end equipment. The waveScan principle is based on a rotating grating, driven by a small and precise motor. Therefore it has substantial advantages over conventional types of spectrometers (e.g. beam splitter) which are usually complex, large in size and more expensive.
High Resolution IR Spectrometer
With its resolution down to 0.05 nm (depending on the wavelength range), it offers greater precision over a larger wavelength range compared to standard compact CCD based spectrometers. Especially in the spectral region longer than 1.1 µm – which is beyond the capability of silicon based CCDs – the waveScan offers an easy way for high resolution measurement. The high spectral resolution in combination with a scan rate (refresh rate) of above 6 Hz make it especially useful for laser – short-pulse as well as cw – and optical fiber characterization.
At a Glance
|Wavelength Range of the Different waveScan Models||200 ... 1100 nm
220 ... 540 nm
500 ... 1600 nm
800 ... 2600 nm
1500 ... 6300 nm
|Resolution (FWHM)||0.2 nm (200 ... 1100 nm)
0.05 nm (220 ... 540 nm)
0.2 nm (500 ... 1600 nm)
0.5 nm (800 ... 2600 nm)
up to 0.7 wavenumbers (1500 ... 6300 nm)
|Scan Rate / Refresh Rate||~ 6 Hz|
|Laser Repetition Rates||> 4 MHz (real-time measurements)
> 1 kHz (accumulation mode)
|Wavelength Accuracy||± 0.1 nm (configuration dependent)|
|Beam Input||Free-space; Optional fiber coupling*|
|Remote Control||Possible via TCP/IP (SCPI command set)|
|Fiber Coupling||Available (Single mode ﬁber input recommended to achieve speciﬁed resolution)
- High resolution up to 0.05 nm depending on the configuration
- Wavelength ranges available from 200 nm – 6300 nm (UV/VIS/NIR/MIR)
- Compact and robust design
- Free-space or fiber input options
- Easy to use – plug and play via USB connection
- Software included
Datasheets & Brochures
APE waveScan rev. 3.1.2 (pdf / english)
APE-waveScan-Stepfile-20141009 (.stp 3D CAD model with overall dimensions)
Please send an email to firstname.lastname@example.org if you are looking for a manual in pdf format. You help us if you send us the serial number of the device in question.
Email & Phone Contacts
APE has distributors around the world to give you the best support. Choose a country to find your local sales contact: