The SCANLAB INTELLISCANDE14-405NM is a high-precision galvanometer-based laser scan head optimized for 405 nm ultraviolet laser applications. This digital scanning system is specifically designed for micromachining, UV lithography, and high-accuracy patterning where short-wavelength UV lasers provide superior resolution and minimal heat-affected zones.
The scan head features a 14 mm optical aperture with specialized UV coatings achieving >98% reflectivity at 405 nm. The digital encoder-based position feedback system, combined with iDRIVE digital control electronics and a 20-bit SL2-100 control interface, delivers sub-micro-radian positioning accuracy for demanding UV processing tasks. The system achieves scan speeds up to 10 m/s with a tracking error of only 130 μsec.
Operating at 405 nm with a scan field of 14 mm × 14 mm, the system provides ±60° maximum optical scan angle and scanning accuracy of ±2 μm. The initial error is less than 10 μm, with repeatability better than ±3 μm. The 20-bit position resolution ensures perfect straightness of scan lines, critical for PCB drilling, semiconductor patterning, and precision UV marking.
Wavelength: 405 nm (UV laser, optimized coatings)
Aperture Size: 14 mm
Scan Field: 14 mm × 14 mm (standard)
Max Scan Speed: 10 m/s (vector mode)
Max Scan Angle: ±60° (optical)
Position Resolution: 20-bit (digital encoder feedback)
Scanning Accuracy: ±2 μm
Protection Rating: IP65 (dust-tight and water-jet resistant)

The INTELLISCANDE14-405NM is ideal for UV laser micromachining, including PCB drilling, glass etching, semiconductor patterning, and UV lithography for additive manufacturing. It is also used in precision marking of sensitive materials such as ceramics and polymers, as well as in bioinstrumentation applications including DNA sequencing and fluorescence activation.
Fully compatible with SCANLAB's RTC6 Ethernet-based controller and CALIGO motion control software, the scan head integrates seamlessly with existing automation systems. The digital drive electronics accept command over Ethernet and provide real-time status monitoring of all critical parameters, enabling predictive maintenance and process optimization.



