汽车领域中的表面计量技术
尺寸公差对产品的燃油与能源效率、环保特性以及耐用程度具有决定性影响。从密封表面,到传动系统、减震装置,再到喷油系统,众多应用场景都 “经受着严苛考验”。在以非接触方式测定平面度、平行度、形状参数、表面参数、高度及阶差时,达到绝对精度至关重要。那么,如何确保实现这一精度要求呢?答案当然是Polytec表面测量系统!
我們的表面處理技術——轮廓仪s——為您提供廣泛的解決方案組合

微型分析儀
Micro.View systems are optimized for ultra-high-resolution measurements in the sub-nanometer range. With focused optics and high vertical resolution they enable detailed analysis of microstructures, surface finish and material distribution where even the smallest deviations matter.

巨觀分析器
Pro.Surf凭借其区域地形扫描技术,能更快地确定形状与平整度。其大Z轴范围的同轴光学系统可探测孔洞与凹陷表面,最大视场与真实拼接功能轻松应对大型样品及多样品测量。升级至Pro.Surf+,更可实现粗糙度分析一体化操作。

Metro.Lab
Metro.Lab是一款紧凑型广域表面轮廓仪。它将卓越的测量性能与小巧的占地面积完美结合,特别适用于空间或预算受限但仍需可靠3D表面数据的应用场景。
選擇合適的表面處理方案,請放心選用轮廓仪 ——透過我們的「先試用後購買」方案,讓您輕鬆獲益。

配備遠心光學系統的巨觀表面轮廓仪
配備聚焦透鏡的微觀表面轮廓仪
故事與下載

相干扫描干涉测量技术(CSI)
了解相干掃描干涉儀(CSI)的光學技術如何分析地形、形狀與粗糙度,並與相關光學表面檢測方法相比,其優勢所在、最佳應用點及實際應用範疇。

Characterizing surface texture, roughness, imperfections and scratches
Optical polishing is a fabrication technique developed specifically to achieve minimal defects and smooth micro-roughness values. Polishing is a process that involves the use of free grains, usually suspen…

Overview of optical methods for surface metrology
For applications where tactile surface measurement techniques have shortcomings, non-contact optical instruments have been developed to overcome these shortcomings. Especially with the development of compu…









