In scenarios such as transient optical experiments, pulsed light source characterization, high-speed online quality control in production lines, dynamic chemical reaction tracking, on-site rapid detection using ultraviolet light, and multi-device synchronous measurement, ordinary spectrometers often encounter problems such as insufficient sampling rate, high transmission delay, inability to capture transient spectral signals, weak synchronous triggering capability, and large overall size making it difficult to be embedded in devices. When dealing with optical processes that change in milliseconds, traditional equipment has a long sampling interval, which easily leads to the loss of key transient spectral information and makes it difficult to meet the strict requirements of automated integrated production lines, high-speed dynamic experiments, and portable in-situ detection.

The Sefan Optoelectronics 7IGF068-HS fiber optic spectrometer is the high-speed model of the 7IGF068 series, featuring high-speed sampling, fast transmission, and micro-integration. The detection wavelength band can extend to the 200nm ultraviolet range. Relying on optimized high-speed detection chips, horizontal cross-coupled anti-scattering optical paths, USB2.0 high-speed transmission and hardware IO synchronous triggering interfaces, it overcomes the challenges of transient spectral signal capture and embedded integration of devices, and becomes the preferred core unit for dynamic spectral research, industrial high-speed online detection, and integrated analysis equipment assembly.

High-speed sampling + hardware IO triggering, accurately capturing transient spectral signals

The 7IGF068-HS is optimized for dynamic transient detection scenarios, equipped with a high-speed array detector and high-speed signal readout circuits, significantly reducing the sampling period and supporting high-speed continuous spectral acquisition. It is equipped with an independent hardware IO triggering interface, enabling external signal synchronous triggering of sampling, and multiple spectrometers can complete synchronous control, synchronous triggering, and synchronous sampling. The wavelength range can be expanded through multi-device connection, easily building a wide-band synchronous spectral testing system. For optical processes that are fleeting and occur instantaneously, such as pulsed light sources, rapid chemical reactions, and transient luminescence phenomena, it can precisely lock onto the transient spectral features, eliminate the problem of data loss caused by delay in acquisition, and restore the true spectral changes of the dynamic process.

Wide spectral coverage reaches ultraviolet, optimizing the optical path to ensure spectral line purity

The equipment's detection range can extend down to the 200nm ultraviolet band, covering both ultraviolet and visible light detection requirements, and is suitable for cross-band applications such as ultraviolet light source calibration, ultraviolet absorption detection, and rapid fluorescence testing. It adopts a mature horizontal cross-type fixed grating optical path structure, without mechanical scanning components, and does not have return errors or mechanical wear, ensuring long-term spectral stability from the source. It is equipped with a high-precision holographic grating, effectively suppressing stray light interference, ensuring a clean and undistorted spectral line profile, and guaranteeing the accuracy and consistency of spectral data during high-speed acquisition. High-speed sampling does not sacrifice the basic quality of the spectrum.

Miniature and compact body, easy to integrate and embed into complete equipment

Continuing the integrated miniaturization design of the 7IGF068 series, the entire machine is small in size, structurally sturdy and shock-resistant, making it suitable for integration into portable detection instruments, online analysis equipment, and automated optical testing platforms. No need to reserve a large installation space, deployment is flexible, and it can be adapted to space-constrained scenarios such as laboratory mobile testing, field on-site detection, and narrow working positions in industrial production lines. The body has excellent vibration and environmental disturbance resistance, strong stability during long-term continuous operation, and reduces the maintenance pressure of the integrated equipment in the future.

USB high-speed integrated interface, plug-and-play, convenient integrated development

Standardized with USB2.0 high-speed data interface, achieving power supply and data transmission integration, plug-and-play, and simple online deployment. Openly compatible control protocols, facilitating secondary development, and quickly connecting to upper computer software, industrial control systems, and MES production line management systems. Equipped with Sefan spectral analysis software, it supports real-time spectral preview, peak identification, wavelength calibration, data storage and export, dynamic continuous recording, and balances the usage needs of scientific research experiment data analysis and industrial automation online monitoring. Standard SMA905 optical interface, which can be flexibly matched with various optical probes, integrating spheres, and light source components, enabling rapid establishment of various spectroscopy testing systems.

Versatile multi-scenario compatibility, suitable for both research and industrial use

Relying on core advantages such as high-speed acquisition, hardware synchronization, miniaturized integration, and ultraviolet expansion, the 7IGF068-HS is widely adaptable for transient optical and pulsed light source spectroscopy testing, dynamic chemical reaction process monitoring, high-speed quality control of LED and pulsed light sources in production lines, rapid ultraviolet water quality/gas detection, integration of portable spectroscopic analysis instruments, synchronous multi-spectrum equipment measurement, and dynamic spectroscopy teaching experiments in universities. It is a high-performance miniature spectroscopy core equipment for dynamic spectroscopy research and automated online integrated detection.

High-speed sampling readout | Hardware IO synchronous triggering | Expandable to the 200nm ultraviolet band | No mechanical fixed optical path | Miniature body easy integration | Multi-machine wavelength concatenation | USB2.0 high-speed transmission

Quickly capture transient light, compact and integrated with high efficiency. The 7IGF068-HS fiber optic spectrometer from Saifan Optoelectronics captures fleeting spectral changes with high-speed acquisition and hardware synchronization capabilities. With its compact integrated design, it empowers the development of complete detection equipment and the upgrade of industrial high-speed quality control!