The SCANLAB INTELLISCANDE III14-532NM is a high-performance galvanometer-based laser scanning head manufactured by SCANLAB GmbH, a world leader in laser beam deflection technology. This specific model is engineered for precision laser processing applications using 532nm wavelength lasers, offering exceptional speed and accuracy for marking, engraving, and micro-machining tasks.
In the production of medical devices, a laser must mark unique identification codes and logos onto tiny stainless steel components with absolute precision and permanence. The SCANLAB INTELLISCANDE III14-532NM scanning head is integrated into a laser marking workstation. It directs the focused 532nm laser beam with micron-level accuracy at high speeds across the part's surface. This application solves the critical pain points of achieving high-contrast, legible marks on challenging materials without thermal damage, ensuring traceability and compliance with strict industry regulations.
Main Parameters | Value/Description |
Product Model | SCANLAB INTELLISCANDE III14-532NM |
Manufacturer | SCANLAB GmbH |
Product Category | Galvanometer Scanner / Laser Scanning Head |
Beam Aperture | 14 mm (Specifies the maximum beam diameter the scanner can accept) |
Design Wavelength | 532 nm (Green light, optimized for specific material interactions) |
Scan Angle | Typically ±20° (optical scan angle) |
Step Response Time | < 200 µs (for a 1 mrad step) - Indicates high speed |
Position Detection | High-resolution digital encoder for closed-loop control |
Linearity Error | < 15 µrad (Ensures highly accurate beam positioning) |
Communication Interface | High-speed digital interface (e.g., SPI) for trajectory commands |
Cooling Method | Passive or active cooling for thermal stability |
Recommended Laser Power | Suitable for low to medium power 532nm lasers |
· •Innovation Point 1: High-Dynamic Performance with Low-Inertia Galvanometers. The core of the INTELLISCANDE III14-532NM is its moving magnet galvanometer technology. The lightweight, low-inertia mirrors allow for extremely fast angular acceleration and deceleration. This enables the high-speed execution of complex vector patterns without distortion, which is crucial for throughput in applications like solar cell scribing or fine marking.
· •Innovation Point 2: Precision Closed-Loop Control with Digital Encoders. The scanner incorporates high-resolution digital encoders that provide real-time, accurate feedback on the mirror's position. This closed-loop control system continuously corrects for any deviation from the commanded position, ensuring exceptional pointing accuracy and repeatability, which is fundamental for micron-level machining tasks.
· •Innovation Point 3: Wavelength-Optimized Optical Design. The scanning head is specifically designed and coated for optimal performance at 532nm. This minimizes optical losses, reflection, and aberrations at this wavelength, ensuring a high-quality, focused spot on the workpiece for precise energy delivery and clean processing results.
A manufacturer of consumer electronics needed to mark serial numbers and logos onto anodized aluminum laptop cases with high aesthetic quality and speed. Using a pulsed 532nm laser with the SCANLAB INTELLISCANDE III14-532NM scanner, they achieved a marking speed that was 40% faster than their previous system. The superior beam positioning accuracy of the scanner eliminated blurring and inconsistencies at the edges of the marks, resulting in a pristine, high-contrast finish that enhanced the product's premium appearance. This improvement directly increased production line throughput and reduced the reject rate due to marking defects.
· •SCANLAB SCANgine® Control Card: The high-performance motion controller that generates the trajectory data and drives the INTELLISCANDE III14-532NM scanners with minimal latency.
· •532nm DPSS Laser Source: A laser source (e.g., from Coherent or Spectra-Physics) whose wavelength is perfectly matched to the III14-532NM scanner's design.
· •F-Theta Scan Lens: A flat-field focusing lens that is paired with the scanner to focus the laser beam onto a planar workspace, essential for accurate marking and machining.
· •SCANLAB Externally-Beam-Shaped (EBS) Solutions: Pre-aligned scan heads that include beam conditioning optics, which can be used for more complex applications alongside the standard INTELLISCANDE series.
· •SCANLAB RTC6 Control Card: A newer generation of controller offering enhanced features for driving scanners like the INTELLISCANDE III14-532NM for advanced applications.
Installation of the SCANLAB INTELLISCANDE III14-532NM requires precision alignment within the laser system. It must be integrated with the laser source, beam delivery optics, and the motion control card. Proper mounting to minimize vibration and precise optical alignment are critical for achieving specified performance levels.Routine maintenance is minimal but should include periodic cleaning of the external optical windows with approved materials to prevent dust accumulation. The sealed design protects the internal mirrors. Calibration checks of the scanning accuracy may be performed periodically using standard alignment targets. We provide comprehensive lifecycle support, from initial application analysis and system integration guidance to troubleshooting and a reliable supply of genuine SCANLAB INTELLISCANDE III14-532NM scan heads and spare parts.
扫一扫咨询微信客服
