Product novelty 12. August 2026
Introduction to Laser Ablation Technology in Toolmaking

Introduction to Laser Ablation Technology in Toolmaking
With its latest technological advancement, laser ablation technology, Wild & Küpfer AG is setting new standards in tool manufacturing.
This innovative technology opens up previously unimaginable possibilities in the production of injection moulding tools and in component design.
Precision and Repeatability
Laser ablation technology enables previously unattainable levels of accuracy and repeatability in tool manufacturing. These characteristics are essential for the sustainable production of highly precise injection-moulded components used across a wide range of industries.
Examples of Applications
Microfluidics: Injection moulding tools manufactured using this technology are capable of producing the complex geometries and fine structures required for microfluidic applications.
Special Surfaces for Cell Cultures:Precise machining enables the creation of surface structures specifically tailored to the requirements of cell cultures, offering significant advantages in biomedical research.
Fine and Precise Structures for Filtration and Separation Applications:Laser ablation makes it possible to produce highly detailed and intricate structures that can be used for precise filtration or separation in a variety of technical and industrial applications.
With its latest technological advancement, laser ablation technology, Wild & Küpfer AG is setting new standards in tool manufacturing.
This innovative technology opens up previously unimaginable possibilities in the production of injection moulding tools and in component design.
Precision and Repeatability
Laser ablation technology enables previously unattainable levels of accuracy and repeatability in tool manufacturing. These characteristics are essential for the sustainable production of highly precise injection-moulded components used across a wide range of industries.
Examples of Applications
Microfluidics: Injection moulding tools manufactured using this technology are capable of producing the complex geometries and fine structures required for microfluidic applications.
Special Surfaces for Cell Cultures:Precise machining enables the creation of surface structures specifically tailored to the requirements of cell cultures, offering significant advantages in biomedical research.
Fine and Precise Structures for Filtration and Separation Applications:Laser ablation makes it possible to produce highly detailed and intricate structures that can be used for precise filtration or separation in a variety of technical and industrial applications.
