It is well-known that LDS applications require less space and weight. But can the use of this technology speed up the market launch of a product? The following infographics describe the effect LDS has on the market launch.
 
In 97% of all projects that LPKF analyzed, the product was launched onto the market more quickly than previously. Wherever the LDS process replaced conventional tools for manufacturing, the time-to-market was even reduced by up to 85%.

What does this saving of time result from? With conventional processes, mechanical tools are often used. If the design is changed, whether through adaptations for subsequent product lines or because model variants are tested, new tools have to be produced. That costs time. With the LDS process, this step is omitted since the laser follows the digital layout data.

Further advantages result, from which LDS-based projects profit: the first of which would be the high level of flexibility in design adaptations. The data of the new layouts can be transferred directly to the laser system and implemented. By omitting mechanical tools, costs are saved. The laser provides for integration of strip conductors and electronic connections directly on three-dimensional plastic parts.

The fine pitch of the laser makes LDS technology interesting not just for applications in telecommunications; LDS is appealing ever more for medicine, industry and automotive applications.