Application

Optical profilometers provide valuable information to help manufacturers optimize their tools and processes.

The need for surface metrology for the CMP process is evident given that mechanical interaction between the surfaces is a critical variable for all stages of the process. The surfaces that need [...]

Gravitational waves are waves in the space-time fabric. When significant cosmic events like supernova explosions or interactions between blackholes occur, the generated gravitational waves are [...]

Laser technology is perfectly suited for manufacturing micro-cavities in molds, microfluidic channels, or even micro-milling. Thanks to the S wide, we can offer excellent quality control adding, [...]

在与一家汽车公司进行的这项研究中，我们证明了激光毛化工艺如何增强缸套部分的功能性能。凭借分析软件的功能，我们还评估了激光毛化表面的摩擦性能。   

我们得出的结论是，Sdr（展开面积比）是改变最多的参数之一。Sdr参数在与增材和包覆相关的应用中非常重要，因此打印角度对于功能性能与粘附和包覆相关的增材制造表面（例如疏水表面）将会十分关键。

研究重点是改善类金刚石（DLC）涂层的摩擦力学性能。这类涂层采用新型PVD技术高功率脉冲磁控溅射（HiPIMS），通过正脉冲沉积在工具钢上。

GPAINNOVA解释了如何量化抛光工艺的质量，并说明了使用DLyte抛光后样品粗糙度降低的情况。

The research involves the design of microstructures that generate interference colors.

The case study focuses on the development of nanocomposite W-C:H coatings with high hardness and simultaneously, with a lower coefficient of friction.

The purpose of this case study is to measure the cutting-edge radius of an insert with a 3D optical profiler and also extract the roughness parameters along the edge of the cutting tool.