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Metrosoft QUARTIS REVO 5 Axis Scanning Flexible

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MODUS  ApexBlade REVO 五轴联动扫描叶盘(APEXBlad and sweep scan) 2020

五轴坐标测量机  REVO粗糙度检测 Revo Surface Roughness



  Renscan5是一种革命性的新测量机技术,具有无与伦比的测量速度和精度,将检测生产量提高了近50倍。


    5轴测量技术同样可以使用在那些通常使用触发式测量或3轴扫描测量的应用中,但同时可以额外节省用户的使用时间。


    即使在测量开始之前,这一技术也减少了设置的时间。因为Renscan5测座(例如REVOTM)只需要一个大约20分钟的校验过程后就可以在空间所有角度_上非常精确地旋转定位。这代替了传统的可能花费数小时的多位置校验程序。


更快标定

对传统的坐标测量机用测量系统进行标定需要花费大量的时间,而这些时间本可用来测量工件。REVO-2标定方法采用安装在工作台上的标准球,简单实用,可测定测座和测头的实际几何尺寸,一次操作即可在任意位置进行测量。

如果坐标测量机仅用于单个或有限数量的工件,典型情况下可能会使用10个测座方向。这些位置的标定时间可能会花费30分钟左右。REVO-2仅需要20分钟即可完成。

如果坐标测量机用于多个工件,典型情况下可能会使用40个测座方向,极大延长了标定时间 — 大约2小时;而REVO-2仅需要20分钟即可完成。

标定过程将定期重复进行,以便符合质量管理程序或修正测头碰撞问题,因此日积月累,可以节省大量时间。


用户和Metrosoft QUARTIS的互动方式完全是最新设计的,因此比起传统的菜单和工具栏,程序功能更容易被找到和使用。


这些功能的外观和表现形式都已被优化,允许“寻找,选择和点击”的新技术引进取代了在复杂的对话框中的寻找和选择功能。Metrosoft QUARTIS的流畅的用户界面可以使你工作得更快更好,流畅性使通往复杂功能的路径变得简单。

按钮仅仅排列和呈现了用户所使用的功能。


用户能更简单地寻找一些功能强大的特征。


源于QUARTIS流畅的界面,用户可以更快更方便地纠正测量结果,得到清楚的测量报告和更有意义的统计数据。

 

More Parts Faster - 5 Axis Scanning w  LH REVO & Quartis Flexible Measuring for your Process



实时预览


用户一旦在目录的结果上移动鼠标,实时预览将显示结果的编辑步骤和格式的改变。


这个新的动态的功能优化了诸如定义测量策略、可以制定的图形浏览样式,格式,以及检测报告的编辑等过程。


因此用户能在更短的时间内更省力地得到完美的结果。

 


来源:山涧果子
碰撞UGAPEX科普FAST
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首次发布时间:2025-01-05
最近编辑:1天前
山涧果子
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I++ DME 2.0 TouchTrigger(触发测量)

1.Class "TouchTrigger" Commands4.3.2.1.1.1 OnPtMeasReport() The client uses this method to define which information the server should send to the client when the server has completed the PtMeas command. It defines the format (sequence) and contents.4.3.2.1.1.2 PtMeas()The PtMeas() method is processed by the server as follows: This new position is called approach position. The server moves the machine to the approach position. This move is executed like an implicit GoTo(). If rotations of R() or Tool. Alignment() are specified these movements must be completed after the execution of the implicit GoTo to the approach position. Another new position is found by moving from the X,Y,Z nominal position opposite the l,J,K direction by the value of Tool. Search(). This position is called the end of search position. The server moves the machine towards the end of search position using the PtMeasPar of the Tool(). If the tool has part contact during this move the server latches the position of the center of the ActTool and reports to the client as defined by OnPtMeasReport(). After contact the server will move the machine according to the value of Tool. Retract() using Tool. GoToPar for the move. If Tool. Retract() is greater or equal zero, the server will shift the contact position in the IJK direction by this value and move the machine to this position. If the Tool. Retract() is less than zero, the server will move back to the approach position as defined before.If an IJK vector is not set by this command The l, J, K vector is defined as the direction from the nominal point X, Y, Z to the last position before invoking this method. F. the position of the last GoTo command. The following procedure is executed as if the l, J, K, was given by the client. See above. Note that the end of search position may be outside the move limits, but the part surface inside In this case the server will report success if the surface is still inside or ErrorMoveOutOfLimits. This behavior differs from the GoTo() method. If any of X(), Y(), Z(). is not included as an argument, its value while and after the PtMeas() is executed must be the same as its value just before the PtMeas() was executed. If possible the DME has to use the current nominal value of the controller to prevent drifting by multiple usages The argument IJK(..) without any linear axis coordinates is currently not allowed. Sets implicitly DisableUser().4.3.2.1.1.3 PtMeasPar() This method acts as a pointer to the PtMeasPar parameter block of the TouchTrigger object4.3.2.1.2 Class "TouchTrigger" Properties None at this time.来源:山涧果子

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