The integrated micro-Raman spectrometer features a monolithic design, incorporating built-in modules such as a laser, spectrometer, adjustment stage, and control computer. Users can start operating the device immediately—no need to connect optical paths or adjust individual components—significantly enhancing both optical stability and ease of use. Equipped with a high-power, Raman-specific narrow-band laser and a precision spectral detection module, this equipment not only meets the needs of standard optical teaching and experimental setups but also proves ideal for professional testing and advanced research applications.

Product Features

Integrated one-piece design, excellent optical stability, and flexible, convenient operation;
Built-in high-performance touchscreen control computer that can operate independently, eliminating the need for additional computers and displays.
The signal boasts high precision, perfectly meeting the demands of advanced scientific research, analysis, or detection.
Supports the detection of solid, film-like, and powder samples, as well as liquid samples, and enables extended SERS-enhanced Raman spectroscopy.
Supports a high-capacity rechargeable battery expansion module, eliminating the risk of external power failure and enabling long-term independent operation with the support of the battery module.

Supports deep customization development of software features and data expansion.

Application scenarios

Spectroscopy teaching, experimental practices, and research projects in higher education institutions and other specialized fields;
Research in high-precision Raman spectroscopy, fluorescence spectroscopy, polarization properties, and other related fields;
Detection and analysis in fields such as materials synthesis, biopharmaceuticals, process reactions, semiconductor manufacturing, and new energy technologies;
Microanalysis and high-precision testing services related to the inspection and testing department.

Specification Parameters

Overall dimensions are approximately 300 x 300 x 550 mm, with a weight under 20 kg;
★ Integrated, all-in-one design—no need for module adjustments or connections; simply plug and play!
Excitation wavelength: 785 nm ± 0.5 nm (or 532 nm ± 0.5 nm), with wavelength stability <0.5 cm⁻¹, bandwidth <2.0 cm⁻¹, and maximum power of 500 mW continuously adjustable. Power stability is 1% over 2 hours, and the laser has a lifespan of 10,000 hours, featuring built-in power feedback.
Spectral range: 200 cm⁻¹ to 3200 cm⁻¹ (adjustable), with spectral resolution better than 8 cm⁻¹. Equipped with a high-sensitivity UV-Vis-NIR enhanced linear-array photoelectron detector featuring 2000 pixels, offering a minimum exposure time of 0.1 ms, 16-bit AD conversion accuracy, a signal-to-noise ratio of 500:1, and a dynamic range of 2000:1. Includes built-in dark noise subtraction and linear correction features.

★ Built-in 12-point touch-screen operating computer; the device can run and operate independently (no need for additional PC or display setup).
★ Semi-occluded design with expandable, fully shaded attachments to effectively prevent ambient stray light from interfering with test results in various ways;
XYZ 3D sample stage adjustment frame, with an adjustment accuracy of 200 nm;
Electron microscope camera pixel count >500M;
Objective lens configurations: 10X/20X/50X/100X; standard detection spot accuracy: 100 µm; high-precision detection spot accuracy: 2 µm.
★ Scalable built-in rechargeable battery module (can operate independently without an external power source, or to prevent interference and damage to the device caused by sudden power outages from external sources). Battery capacity: 25,000mAh; continuous operation time >8 hours; standby time >24 hours.