Description

The SCANLAB INTELLISCANDE14-405NM is a highly sophisticated and specialized component within the field of high-precision laser scanning systems. This product is an integrated scan head specifically engineered for applications utilizing a 405 nanometer (nm) wavelength laser source, which falls within the violet spectrum. The core function of the INTELLISCANDE14-405NM is to precisely and rapidly direct a focused laser beam across a workpiece in a pre-programmed, two-dimensional pattern. It achieves this through the use of high-speed galvanometric scanners that move mirrors with exceptional accuracy, effectively acting as the “steering arm” for the laser. This allows for non-contact processing with micron-level precision, making it indispensable in modern micromachining and material processing.

As a member of SCANLAB’s esteemed intelliSCANde series, this model is designed for seamless integration into automated production lines, offering features like digital I/O for triggering and synchronization, as well as integrated position capture for real-time feedback. The value of the INTELLISCANDE14-405NM lies in its ability to transform a static laser beam into a dynamic tool for writing, marking, cutting, or structuring materials at very high speeds. Its optimized design for the 405 nm wavelength ensures high transmission efficiency and minimal optical aberrations, which is critical for achieving the finest possible spot size and the highest quality processing results. The robust construction and reliable performance of the SCANLAB INTELLISCANDE14-405NM make it a cornerstone technology for industries requiring the utmost precision.

Technical Specifications

Main Features and Advantages

The SCANLAB INTELLISCANDE14-405NM is distinguished by its high level of integration and intelligent control capabilities. A paramount feature is its integrated position capture system (PCM), which provides real-time, closed-loop feedback of the mirror positions. This ensures exceptional accuracy and repeatability by compensating for any mechanical deviations, a critical advantage over open-loop systems, especially in dynamic or high-duty-cycle applications. The scan head is pre-calibrated and features highly stable, low-inertia galvanometers, which contribute to its fast step response time and ability to maintain precision at high scanning speeds, enabling both high throughput and fine detail.

The “intelli” aspect is realized through the onboard digital signal processor (DSP), which handles all trajectory calculations and control loops locally. This offloads the host PC, simplifies system integration, and allows for advanced functions like flying optics and sophisticated mark-on-the-fly operations synchronized with external axes. The INTELLISCANDE14-405NM supports multiple industry-standard communication interfaces, including Ethernet for easy network integration and digital I/Os for seamless triggering by PLCs. The optical path is specifically optimized and coated for the 405 nm wavelength, maximizing transmission efficiency and power handling while minimizing thermal lensing effects. This combination of high-speed precision, intelligent control, and robust industrial design makes the INTELLISCANDE14-405NM a superior and reliable choice for demanding laser applications.

Application Field

The SCANLAB INTELLISCANDE14-405NM, due to its 405 nm wavelength optimization, is targeted at highly specialized precision manufacturing and research applications. A primary application is in the electronics industry for the direct imaging and patterning of printed circuit boards (PCBs) and flexible electronics. The violet wavelength allows for the creation of extremely fine features, which is essential for producing high-density interconnects (HDI) and semiconductor substrates. It is also extensively used in the production of displays for trimming thin-film transistors (TFTs) and for micromachining various components.

In the life sciences and medical device fields, the INTELLISCANDE14-405NM is employed for manufacturing lab-on-a-chip devices, microfluidic channels, and for drilling precise holes in medical catheters and stents. Its precision is crucial for creating features that interact with biological materials. Furthermore, this scan head is ideal for scientific applications such as confocal microscopy, where it is used to raster-scan the laser beam to create high-resolution images, and in photolithography setups for research and development. The ability of the INTELLISCANDE14-405NM to process sensitive materials and create minute structures with minimal heat-affected zones makes it invaluable in these advanced technological sectors.

INTELLISCANDE14-405NM SCANLAB SCANDE

Related Products

intelliSCANde 14-1064NM: A variant of the same scan head optimized for the common 1064 nm infrared wavelength from Nd:YAG or fiber lasers.

intelliSCANde 20-405NM: A similar scan head with a larger 20 mm input aperture for handling larger beam diameters and higher laser powers.

CABLscan II: SCANLAB’s scan control software used to configure, calibrate, and operate the INTELLISCANDE14-405NM.

RTC6: SCANLAB’s high-performance scan control card, which can be used to command the scan head for the most demanding applications.

f-theta Lenses: A range of lenses (e.g., F-100, F-160) that are essential for pairing with the INTELLISCANDE14-405NM to create a flat field focus.

PCO.edge sCMOS camera: A type of high-speed camera often integrated into systems using the INTELLISCANDE14-405NM for vision-guided processing.