Hexagon Measurement      Systems

No matter what Hexagon measurement equipment or software you use, we want to hear your ideas and suggestions on how we can improve.

  • Your feedback and voting will benefit the majority of users.
  • You have 10 votes which you can allocate to your own or other users ideas.
  • We will focus on trying to realize the top voted items in our future products.

Thanks for your assistance in helping us shape the future.


Add a "use hit data" checkbox in the CONSTRUCTION dialogue box_eliminate the need to "hardcode"

DAN_M_413 2 years ago in Metrology Software / PC-DMIS updated by Aug 7 months ago 9

Goal with this post:
SIMPLIFY the feature construction process for things that share a centroid. 


To CONSTRUCT two or more features together that SHARE A CENTROID, one must:

1) CONSTRUCT desired features into a featureset, click OK....2) Once featureset is in the edit window, switch to COMMAND MODE and then hardcode the ".hit" / ".numhits" into the featureset...3) CONSTRUCT your final geometry out of the featureset.  

This works well but is not very user friendly. Takes multiple steps & some typing, is error prone. 

Workflow potential using my recommendation:

1) CONSTRUCT desired features into the geometry you need (i.e. if you're constructing two or more radii, go into circle construction..if you're constructing two or more cones, go into cone construction, etc...) & check off a box that says "Use .Hit Data" (or however you guys want to word it), click OK. (at which point the software will do the hardcoding for us and insert the code into the edit window...eliminating a LOT of typing/copying and pasting that A LOT of us do on a daily basis).

Could look something like this:

 Software would directly make this code or something similar:


ANGLE VEC=<1,0,0>
ANGLE VEC=<1,0,0>


Under review

Analysis view with CAD model

David Courtney 5 years ago in Metrology Software / PC-DMIS updated by Engelmann 11 months ago 14

Add functionality to include CAD view with analysis view.


Move to toolchanger mount point

Benjamin 3 years ago in Metrology Software / PC-DMIS updated by ALBERT706 2 years ago 4

The move to the toolchanger mount point should be seperated by the axis like the clearance point

(e.g. Z first, then XY)


PMI/MDB/GD&T for Native Autodesk Inventor CAD FILES in PC-DMIS

Valentin Tarba 3 years ago in Metrology Software / PC-DMIS updated by neil kay 2 years ago 7

Adding the functionality of AUTODESK INVENTOR CAD files to generate de program in PC-DMIS using PMI/MDB/GD&T like CAD files from CATIA


Import/Export Window Layout

tomeq 4 years ago in Metrology Software / PC-DMIS updated by neil kay 3 years ago 14

It would be nice to have an import / export option for the Window Layout between cmms and Pc-Dmis versions.
Now, after upgrade, I have to create my Window Layout from begining for all machines.


General Tolerances ISO 2768, DIN 1688, DIN16742, DIN 16901

vicentiu tomescu 4 years ago in Metrology Software / PC-DMIS updated by Rachid Salamat 2 years ago 2

We have requests from customers that are asking us about different ISO standards : ISO 2768, DIN 16742, ISO 286-1 or DIN 16901. The most common standard which we are finding in technical drawings is ISO 2768. 


Probe Head rotation - collision avoidance into machine bridge legs

wayne branton 6 years ago in Metrology Software / PC-DMIS updated by Thao 2 years ago 10

When calibrating a longer probe, have PCDmis automatically avoid colliding with the bridge support legs of the frame when indexing for the next angle. Although you can specify the order of calibration, it would be a nice feature to have the machine alarm or automatically avoid this collision in the first place.


Changing the measuring system with senmation in pcdmis

Hans Jürgen Bahr 3 years ago in Metrology Software / PC-DMIS updated by neil kay 3 years ago 0

We would like to have implied the change of the measuring systems in the Senmation in the PCDMIS. We want to control senmation from PCDMIS. We want to be able to use the functions of Senmation from PCDMIS.

PS: Currently is the changing of the measurment Systems (for instance LSP-X1/ X5 or others ) in senmation only with the so called "Technology Server" possible. This will do the programming complicating. 


Autosave/Automatically save a Measurement Routine at timed intervals. Reminder pop-up to save. Default on.

Chuck 3 years ago in Metrology Software / PC-DMIS updated by chintamani dixit 1 year ago 2

Believe this was a setting in PC-DMIS at one time.  If PC-DMIS 2019 R1 crashes unexpectedly while programming, any work not manually saved is lost.  Better would be a default AutoSave set as on, and when the reminder pops up the enter or return should commit the action/save it. There should be an option on the popup to change the timing to a different interval or turn to off. That way any change to a more careless/negative possibility is at the user's responsibility.  This is sort of like the automatic enrollment in a 401k plan begun with the Pension Protection Act, which has been hugely successful in permitting employees to accidentally save for the future vs accidentally not save for the future.  This is related to an existing Idea: 

Warning message reminder to save Program


Add Option to Construct a Max/MIn Point From a Scan or Constructed curve

david carter 4 years ago in Metrology Software / PC-DMIS updated by Matt 10 months ago 6

Need to add a construct Max/MIN Point option which can be either be Max Or Min point from an input scan or constructed curve. A lot of customers need to find the highest or lowest point from a scan and the current method of using the MAX or MININDEX to get the scan point number and then constructing a generic or cast point is tiresome. The user should be able to pick a scan or curve, select which axis (based on current alignment) either X or Y or Z and indeed Polar radial for 2D max/min or 3D Max/Min from the current origin.

For example to find the max polar value the user needs to know the syntax below, the software should do this for us.


This option could also be used for constructing a point from other features such as a plane to then report the XYZ location of the highest/lowest point on the plane or any other feature in fact. etc