The SCANLAB INTELLISCANDE14-1064NM is a high-performance galvanometer laser scan head specifically optimized for 1064 nm infrared laser applications. Designed for industrial environments, this digital scanning system delivers exceptional precision and speed for marking, cutting, welding, and micromachining with fiber and solid-state IR lasers.
The scan head features a 14 mm clear aperture with specialized high-reflectivity coatings for 1064 nm wavelength, ensuring >98% reflectivity for efficient laser transmission. The integrated iDRIVE digital control electronics with closed-loop position sensors provide real-time mirror positioning feedback, achieving accuracy of ±5 μrad and repeatability for demanding applications.
Operating at 1064 nm, the system supports high scan speeds with step response times under 150 μsec to 99% of final position. The scan angle is mechanically ±20°, software-adjustable for field customization. The system accepts 24 V DC power, consumes less than 30 W, and is compatible with SCANLAB RTC6 Ethernet-based controllers.
Wavelength: 1064 nm (IR, fiber and solid-state lasers)
Aperture Size: 14 mm
Scan Angle: ±20° (mechanical), software adjustable
Step Response Time: < 150 μsec (to 99% of final position)
Position Accuracy: ±5 μrad (closed-loop typical)
Max Scan Speed: > 1000 points/sec (vector mode)
Communication Interface: Ethernet (RTC6 compatible), analog/digital I/O
Cooling Options: Air or water-cooled (model dependent)

The INTELLISCANDE14-1064NM is ideal for high-precision IR laser processing including deep engraving on metals, high-speed marking, cutting of sheet metal, and welding applications in automotive, aerospace, and heavy manufacturing. Its closed-loop control ensures consistent performance in 24/7 industrial operations.
The scan head meets IEC 60825-1 safety standards for laser system integration and is CE and RoHS certified. It operates within a temperature range of +15°C to +35°C (with optional extended range) and can be specified with air or water cooling for thermal stability in continuous-duty applications.



