New precSYS Scan Sub-System Comes with an Intuitive User Interface

Press Release Summary:

The precSYS 5-Axis Scan Sub-System enables ultra-precise, highly dynamic beam deflection for guiding laser spot onto workpieces. The system is coupled with an ultra-short-pulse laser for processing materials like metals, polymers and ceramics. The product offers bore holes specified for 30 µm x 30 µm edge lengths, 300 µm material thickness and 10 µm separation. It is suitable for fabricating micro-bore-holes with high aspect ratios and freely definable geometries.

Original Press Release:

Highest Precision – Enabled by ‘precSYS Inside’

New machine concept transcends application limits for ever-smaller bore holes

Puchheim, Germany / Biel, Switzerland – Nov. 9, 2018 – Posalux SA has introduced a newly designed machine for electronics fabrication that employs SCANLAB GmbH’s highly integrated precSYS 5-axis scan sub-system. The Swiss manufacturer’s laser processing system is specifically tailored to demands of micromachining and is also usable for processing such challenging materials as polymers and ceramics. The machine features precSYS, which enables ultra-precise, highly dynamic beam deflection for guiding the laser spot onto workpieces. New standards in micro-drilling precision are set by results obtained for fabricating electronics test equipment, where bore hole corner radii smaller than 5 µm are now possible.

For years, continuous miniaturization in the electronics and semiconductor industry has naturally forced even the device connectors to become ever tinier. This means probe cards for testing electronics must themselves be made smaller, too. A key component of probe cards are their guide plates. They contain a mechanically stable substrate with thousands of micro-bore-holes through which the probe card’s contact pins must be safely and precisely guided to facilitate subsequent reliable contact with the semiconductor device’s connectors. Substrates are made of ceramics. And it is exactly this material that is so challenging to process.

Greatest Flexibility Combined with Intuitive Operation

Posalux’ laser processing machine specifically addresses these requirements. The integrated sub-system by SCANLAB, coupled with an ultra-short-pulse (USP) laser, enables processing of highly diverse materials such as metals, polymers and ceramics, without affecting them thermally. The scan solution provides five axes for defined laser beam guidance in the machine’s x,y,z coordinate axes and a simultaneous superimposed, adjustable angle of incidence (positive or negative). This makes it ideal for fabricating micro-bore-holes with high aspect ratios and freely definable geometries. And the intuitive user interface lets machine operators easily load a bore image, assign process parameters and scan the workpiece surface.

Industry insiders are well aware of the imperative to create ever-smaller bore geometries. This makes it all the more impressive that Posalux’s precSYS infrared machine already fulfills application specifications previously thought only possible at green wavelengths. Here, customers’ usage demonstrates that even bore holes specified for 30 µm x 30 µm edge lengths, 300 µm material thickness and 10 µm separation are consistently achievable. In that application case, 46,000 bore holes were examined for positioning accuracy of ±2 µm, and corner radii smaller than 5 µm were reliably achieved. Thus, the user has available a robustly designed machine for processing any desired geometries in the µm range, as well as their exact localization to ±2 µm, across a maximum working area of 300 mm x 300 mm.

“We’re pleased that our micromachining sub-system performs so well in applications. And we’ve received consistently positive feedback, not just from Posalux, but also from other integrators and users in additional industries. After these superb results, we increasingly look forward to the results of a precSYS ‘green variant’.” comments SCANLAB’s CEO Georg Hofner on the developments.

The precSYS sub-system is currently produced exclusively for infrared lasers with a 1030 nm wavelength. A new variant is being developed for green lasers with a 515 nm wavelength, to thereby enable even finer structures and corner radii. Availability of initial prototypes is expected in summer 2019.

Current tradeshow calendar:

formnext 2018 from November 13 – 16, 2018 in Frankfurt, Germany – Hall 3.1, Booth B68.

SPIE.Photonics West 2019 from February 5 – 7, 2019 in San Francisco, CA, USA – South Hall, Booth 2251.

LASER World of PHOTONICS CHINA from March 20 – 22, 2019 in Shanghai, China – Hall W2, Booth 2214.


With over 30,000 systems produced annually, SCANLAB GmbH is the world-leading and independent OEM manufacturer of scan solutions for deflecting and positioning laser beams in three dimensions. Its exceptionally fast and precise high-performance galvanometer scanners, scan heads and scan systems find application in industrial materials processing and the electronics, food and beverage industries, as well as biotech and medical technology.

For over 25 years, SCANLAB has secured its international technology leadership through pioneering developments in electronics, mechanics, optics and software, as well as the highest quality standards.


Since its founding in 1943, POSALUX SA has been a reference for implementing high-precision micromachining technologies in mass production. Headquartered in Biel, Switzerland, and with subsidiaries in Germany, Korea, Taiwan, and the USA, as well as a worldwide network of sales and service agents, Posalux is positioned to meet the highest customer requirements.

The company focuses on the enabling technologies of µ-machining & PCB (drilling, routing), SACE (spark assisted chemical engraving), EDM (electrical discharge machining) and femto lasers. This orientation provides the machine designs required for applications in the automotive, medical technology, electronics and watchmaking industries.


Eva Jubitz

Marketing & Communication

Siemensstr 2a • 82178 Puchheim • Germany

Tel. +49 (89) 800 746-420 • Fax +49 (89) 800 746-199

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