EVO RAY

UV-VIS-NIR spectrometer module

Bring broad-spectrum acquisition into your instrument. Combining a C-T optical platform, a 2048-pixel CCD and 16-bit acquisition electronics for spectral measurements and OEM system integration.

View specifications
EVO RAY exterior image from the specification sheet, showing the enclosure and external connections
Product exterior image from the specification sheet
Configured wavelength range
190-1000 nm
Linear CCD detector
2048 pixels
A/D resolution
16 bit
Fiber connection
SMA / FC/PC

Compact optics.
Broad-spectrum acquisition.

A reflective Czerny-Turner optical platform with a 2048-pixel linear CCD array for broad-spectrum acquisition.

Slit configured to your needs

Confirm the slit configuration for your intended application.

Fiber connection to suit your needs

SMA or FC/PC fiber connections can be configured. The delivered connection is confirmed with the configuration.

The optical schematic is awaiting approval. The detector label in the previous diagram does not match the confirmed configuration, so that diagram is not displayed.

Specifications

Optical, detector and acquisition specifications for the current configuration, organized by system level.

Optical & spectral specifications

Optical design
Czerny-Turner (C-T)
Configured wavelength range
190-1000 nm
Entrance slit
Configured to requirements
Fiber input
SMA or FC/PC (Configurable)

Detector

Detector
Linear CCD array
Pixel count
2048
Cooling
Uncooled

Electronics & acquisition

A/D resolution
16 bit

Wavelength range is confirmed for the specific configuration. Only confirmed specifications are listed here; other performance metrics await test data or confirmation from the original specifications.

From spectral acquisition to system integration.

The core spectrometer component of NANO X1, also available for standalone spectral acquisition or OEM integration.

OEM integration

Start with your requirements

Share your target wavelength band, fiber connection and system-integration requirements to confirm a suitable configuration and delivery documentation.

Optical input
SMA / FC/PC, confirmed by configuration
Acquisition
16 bit A/D conversion
Supporting software
Specific software and interface documentation to be confirmed

What needs to be confirmed for integration?

Electrical characteristics & timing

External-trigger electrical limits, edges, delay and jitter are governed by the controlled interface specification.

Protocol & firmware

Confirm the OEM protocol version, data-frame format and compatibility requirements together with the production firmware version.

Continuous acquisition

Continuous-acquisition performance and system refresh rate must be verified for the specific configuration. Unconfirmed figures are not provided.

Confirm the configuration for your application

Start with the fiber connection and slit, then confirm mounting, environmental conditions and integration documentation.

Configuration & delivery documentation

Fiber connection
SMA / FC/PC
Entrance slit
Configured to requirements
Wavelength range
190–1000 nm, confirmed for the specific configuration
Wavelength calibration
Delivery documentation to be confirmed
Mechanical documentation
Mounting dimensions and interface documentation to be confirmed for the project

Mechanical & environmental

Mechanical and environmental conditions
To be confirmed (Contact the technical team to confirm specific integration conditions)

Typical applications

Spectral acquisition, the core spectrometer component of NANO X1, and OEM system integration.

Discuss your target wavelength range and integration needs.

Contact the technical team

Request a NANO X1 trial

Trials are currently available only in mainland China.

Main measurement needs