4k Laser Scanning Mirror (ROO-4000.12)

Silicon galvanometer mirrors are core reflective elements in laser-scanning systems, precision-manufactured from single-crystal silicon. Used with scanning-galvanometer motors, they rapidly deflect beams in CO₂ laser marking, engraving, and cutting. High reflectivity, high damage threshold, and low thermal expansion support prolonged high-power operation, making them preferred mirrors for industrial CO₂ scanning systems. Incident spot size, overall dimensions, and coatings can be customized for mainstream motors. Some standard versions are stocked, and special specifications can be developed.

Clear Aperture (Entrance Aperture): 10 mm Position Sensing Method: Analog position detector Standard Coating (Wavelength Range): YAG and fiber, green, UV, CO2 lasers

SCANcube III is a compact two-dimensional industrial laser-scanning series: SCANcube III 10 and SCANcube III 14 with 10 mm and 14 mm clear apertures. Analog position detectors and tuned drive electronics improve dynamics, stability and thermal performance for marking, precision micromachining, semiconductor/electronic processing and dynamic inline processing of moving workpieces. SCANcube III uses dynAXIS 3 galvos for optimized dynamics, precision and thermal behavior. Note: 16 bit resolution refers to the full angular range, 11 µrad at ±0.36 rad. Integration reference: System Component | Selection/Integration Laser | Select for Material, Wavelength, Power and Process. SCANcube III Scanner | SCANcube III 10 or SCANcube III 14。 F-Theta Scan Lens | Select for Working Distance, Field, Wavelength and Spot Requirements. Control System | SCANLAB RTC Control Board and laserDESK Software; Interfaces: SL2-100、XY2-100 and Analog ±4.8 V。 Expansion Modules | Evaluate Camera Adapter or varioSCAN II。

Clear Aperture (Entrance Aperture): 7 mm Position Sensing Method: Analog position detector Standard Coating (Wavelength Range): YAG and fiber, green, UV, CO2 lasers

The hurrySCAN II series is intended for industrial laser scanning processes. This model uses an analog position detector and analog servo-control board for rapid marking and coding, fine-pattern scanning, microhole and microstructure machining, and dynamic in-line processing of moving workpieces. Note:18 bit resolution is calculated over the full angular range, approximately2.8 µrad at±0.36 rad; resolution better than16 bit (11 µrad) requires the SL2-100 interface. System-integration reference: Laser | Select according to material, wavelength, power, and process. hurrySCAN II scan head | Select according to incident beam diameter, dynamic performance, and accuracy. F-Theta scan lens | Select according to working distance, processing field, wavelength, and target spot. RTC control board | Select according to scanner interface, control requirements, and software compatibility. laserDESK software | Processing jobs and scanning control for compatible SCANLAB scanning systems. Three-axis extensions and auxiliary components | Evaluate varioSCAN II when Z-axis dynamic focusing is required; consider camera adapters, distance sensors, auxiliary lighting, and protective components as needed.

Laser Wavelength: 1060-1090 nm Maximum Power: 8000 W Collimation Focal Length: 100 mm / 125 mm

Independently developed by Jptoe, the intelligent welding head is a high-power galvanometer welding head with high-precision motors and precision optics, handling up to8kW. Multiple built-in alarms monitor galvanometer status in real time for safe operation. It is compatible with Jptoe's laser-welding core modules, including power-monitoring and compensation, OCT penetration-depth detection, and WPD in-process welding detection, comprehensively supporting stable, reliable weld quality.

Optowide's GouMax laser scanning analyzer (LSA series) is designed for in-depth performance testing of optical components. Customized precision optoelectronic integration and a dynamic dual-reference design, combining a built-in dynamic wavelength meter with real-time power monitoring, precisely evaluate insertion loss and polarization-dependent loss (PDL) of wavelength-division multiplexing components, polarization components, and fiber links in communications, research, and industrial inspection. It combines quantitative component-performance verification with automated testing. Three integration advantages are offered. Band and channel configurations match testing requirements:full optical-communication coverage or individual O-band and CL-band coverage, with single-channel through8-channel configurations for precise individual-component tests and parallel batch analysis. Dynamic wavelength and power references provide real-time calibration during high-speed laser scans, offsetting environmental interference to maintain wavelength accuracy and power repeatability. System compatibility supports Optowide tunable lasers or existing customer lasers, optional internal or external photodetectors (PDs), and FC/UPC, FC/APC, and other common interfaces for rapid integration without major test-system changes. An automated scan-analysis-output workflow performs rapid spectral scans and automatically analyzes insertion-loss spectra and PDL, reducing manual processing and evaluation time. DLLs and basic control programs support customized software and specialized test logic. Compact construction and a15~35℃ operating environment suit laboratories and industrial sites. Applications include batch PDL tests of multi-channel WDM components, fiber-link insertion-loss verification, research into new polarization components, and factory inspection of precision optics. Customized band coverage, channel counts, detector types, and interfaces are available with dedicated technical support to improve reliability and efficiency.