For 10 years, we have been developing surface textures for laser technology and additive manufacturing.

The embossing quality is evaluated through precise depth and topology measurements. For this purpose, defined, repeatable measuring points are established across the entire material width. Identical repeat areas are measured comparatively to make statements about the uniformity, structural fidelity, and depth distribution of the embossing.

If possible, we measure on the tool, or if it is not flat enough, we take a silicone impression of the surface.

For structured embossing rollers, recurring grain areas are identified and systematically measured. It is crucial that the highest and lowest points are always recorded using the same methodology. This ensures reliable comparability of the worm, grain, or geometric structure across the entire width.

High-resolution optical 3D measurement systems are used for surface analysis, capable of detecting depth differences in the micrometer range. This makes it possible to reliably verify even minor deviations between edge and central areas.

Yes. If the measurement areas marked by the customer are not clearly identical, new and clearly defined reference points are established within the repeat pattern. These are documented and used for a reproducible measurement strategy.

The measurement results are presented in a structured tabular format and statistically evaluated. This makes it possible to transparently compare and assess differences between individual areas, repeated measurements, or material zones.

Yes. Existing embossing patterns can be analysed and reproduced with high precision. For this purpose, the original is measured, a silicone cast or sample is evaluated, and the structure is digitally reconstructed based on data. The goal is to achieve the closest possible match to the original pattern.

By analysing the repetition within the original pattern, the underlying repeat is identified. Based on this, the diameter, circumference, and required data preparation for a new embossing roller can be determined.

To assess different gloss levels, degrees of detail, and depth effects, several versions of a texture are created with varying sharpness and depth. This allows for a targeted selection of the optimal embossing effect for the respective material.

Yes. Before series engraving begins, laboratory or test areas with multiple texture variants can be produced. The resulting embossings or moulded samples are then visually assessed, measured, and compared with the original pattern in order to achieve a well-founded approval for the production roller.

Yes. Taktilesdesign develops and optimises texture and gradient data based on existing customer data. This includes removing streaking, creating smooth transitions, and combining matte and high-gloss areas.

Yes. Practical training courses are offered to show how textures, gradients, and transitions can be professionally created and edited in image editing software.

Yes. Textures are specifically prepared for laser engraving, injection moulding tools, embossing rollers, or industrial 3D printing. Resolution, data size, distortion-free edges, and seamless repeatability are all taken into account.

Before implementation, a feasibility analysis is carried out with regard to resolution, data size, process limitations, and production effort. If necessary, test samples or prototypes are created in order to evaluate the effect at an early stage.

Prototypes, for example created by UV printing or test embossing, allow for a fast and cost-efficient assessment of depth, scaling, and design impact before a final engraving is produced.