ZEISS CALYPSO 2019には、便利な新しい機能が多数追加されています。例えば、自動測定の時間短縮、2つの測定プランの比較、パレット測定でのスタイラスシステムの変更回数の削減などが実現しています。

• 自動測定の時間短縮
• ZEISS CALYPSO express でより簡単に測定を実行
  
• パレット測定でのスタイラスシステムの変更回数を削減
• 最適な測定プラン管理: 2つの測定プランを簡単に比較可能
  

• Simplified planning: New groups with group comment and text element in the protocol with dynamic number of lines.
  

• Speed up report generation with ZEISS PiWeb: ZEISS has developed more than 50 new reporting functions, all of which serve to save a considerable amount of time, including: faster plots, faster log display or faster PDF creation.
  

• Output of the fourier analysis table in the report: Transfer of up to thirty largest harmonics to ZEISS PiWeb for roundness and waviness control. In addition, the analysis table can be reported in ZEISS PiWeb.
  

• AutoRun & defining multiple protocols: A new multiple protocol "Standard ZEISS PiWeb Trend" has been added to the selection list under definition multiple protocol. The trend protocol, which is useful for visualizing multiple measurements, can now also be selected in ZEISS CALYPSO AutoRun.

• Extended default list of header parameters: The following new fields are available in the log header parameters selection list: "Sample Size", "Measurement Type", "Inspection Lot", "Customer Number", "Inspection Reason", "Screen Dump" and "Normalization Concept".
  

• Digital signature in ZEISS CALYPSO: Signing inspection plans with certificates. Digital signing of ZEISS CALYPSO measurement protocols using certificates. Verification of signed measurement plans and protocols. When a measurement plan is signed, unauthorized changes to the measurement plan are prevented. Similarly, automatically signed measurement protocols are possible.
  

• Improved change management for comparing measurement plans: Comparing measurement plans become even easier thanks to a new reduced view for filtering interesting changes and differences. It is also now possible to compare different revisions of a measurement plan.
  

• New functions in ZEISS CALYPSO curve: New evaluation of line shape with reference length according to ASME Y14.5 and new point retrieval from curves with already processed result points.
  

• …