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📟PC Pro-LAN
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📟 PC SMART
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🖥️ Radonix CAM-Pro
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🖥️ CAD:CAM
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Interfaces
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Calibration
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🖥️ CAM-Pro Test
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Old interface
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🔧 Support
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⚙️ Connections
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- Two DELTA ASDA-B2
- ADTECH QS7
- ALPHA5 Smart
- BONMET SA series
- DELTA ASDA-A
- DELTA ASDA-A2
- DELTA ASDA-B
- DELTA ASDA-B2
- DORNA EPS-B1
- DORNA EPS-B2
- ESTUN EDB
- ESTUN EDC
- ESTUN ETS
- ESTUN PRONET
- Fuji-ALPHA5 Smart series
- HIGEN FDA7000
- Inovance IS620P
- JMC JASD
- JMC JSDA
- Kinco-FD
- Kinco-FD
- Kinco-JD
- Kingservo KSDG
- Kollmorgen
- Leadshine EL5
- Leadshine ES-D808
- LS XDL-S
- Maxsine EP2
- MECAPION APD-VS
- Mitsubishi MR-E
- MITSUBISHI MR-E KH003
- Mitsubishi MR-J2S
- Mitsubishi MR-JE
- NG100H
- Omicron-MK6 series
- OMRON sigma-II
- Panasonic MINAS A4
- Panasonic Minas-LIQI Series
- Panasonic MINAS A5E
- SANMOTION-RS1 Series
- SANYODENKI-Q-S
- SANYU SY200
- SIEMENS-SINAMICS
- Stepper
- TECO JSDA Series
- TECO-JSDE
- TECO SR, TSDA and SD Series
- TECO TSTA Series
- TETA D2
- WEIDE B2 series
- YASKAWA-SGD7S
- YASKAWA-SGDM
- YL-VPV Series
- YUHAI SG-30A
- YUHAI SG-AS
- Show Remaining Articles (40) Collapse Articles
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- Two DELTA ASDA-B2
- ADTECH QS7
- ALPHA5 Smart
- BONMET SA series
- DELTA ASDA-A
- DELTA ASDA-A2
- DELTA ASDA-B
- DELTA ASDA-B2
- DORNA EPS-B1
- DORNA EPS-B2
- ESTUN EDB
- ESTUN EDC
- ESTUN ETS
- ESTUN PRONET
- Fuji-ALPHA5 Smart series
- HIGEN FDA7000
- Inovance IS620P
- JMC JASD
- JMC JSDA
- Kinco-FD
- Kinco-FD
- Kinco-JD
- Kingservo KSDG
- Kollmorgen
- Leadshine EL5
- Leadshine ES-D808
- LS XDL-S
- Maxsine EP2
- MECAPION APD-VS
- Mitsubishi MR-E
- MITSUBISHI MR-E KH003
- Mitsubishi MR-J2S
- Mitsubishi MR-JE
- NG100H
- Omicron-MK6 series
- OMRON sigma-II
- Panasonic MINAS A4
- Panasonic MINAS A5E
- Panasonic Minas-LIQI Series
- SANMOTION-RS1 Series
- SANYODENKI-Q-S
- SANYU SY200
- SIEMENS-SINAMICS
- Stepper
- TECO JSDA Series
- TECO-JSDE
- TECO SR, TSDA and SD Series
- TECO TSTA Series
- TETA D2
- WEIDE B2 series
- YASKAWA-SGD7S
- YASKAWA-SGD7S
- YL-VPV Series
- YUHAI SG-AS
- Show Remaining Articles (39) Collapse Articles
-
- Two DELTA ASDA-B2
- ADTECH QS7
- ALPHA5 Smart
- BONMET SA series
- DELTA ASDA-A
- DELTA ASDA-A2
- DELTA ASDA-B
- DELTA ASDA-B2
- DORNA EPS-B1
- DORNA EPS-B2
- ESTUN EDB
- ESTUN EDC
- ESTUN ETS
- ESTUN PRONET
- Fuji-ALPHA5 Smart series
- HIGEN FDA7000
- Inovance IS620P
- JMC JASD
- JMC JSDA
- Kinco-FD
- Kinco-FD
- Kinco-JD
- Kingservo KSDG
- Kollmorgen
- Leadshine EL5
- Leadshine ES-D808
- LS XDL-S
- Maxsine EP2
- MECAPION APD-VS
- Mitsubishi MR-E
- MITSUBISHI MR-E KH003
- Mitsubishi MR-J2S
- Mitsubishi MR-JE
- NG100H
- Omicron-MK6 series
- OMRON sigma-II
- Panasonic MINAS A4
- Panasonic MINAS A5E
- Panasonic Minas-LIQI Series
- SANMOTION-RS1 Series
- SANYODENKI-Q-S
- SANYU SY200
- SIEMENS-SINAMICS
- Stepper
- TECO JSDA Series
- TECO-JSDE
- TECO SR, TSDA and SD Series
- TECO TSTA Series
- TETA D2
- WEIDE B2 series
- YASKAWA-SGD7S
- YASKAWA-SGDM
- YL-VPV Series
- YUHAI SG-30A
- YUHAI SG-AS
- Show Remaining Articles (40) Collapse Articles
-
- Two DELTA ASDA-B2
- ADTECH QS7
- ALPHA5 Smart
- BONMET SA series
- DELTA ASDA-A
- DELTA ASDA-A2
- DELTA ASDA-B
- DELTA ASDA-B2
- DORNA EPS-B1
- DORNA EPS-B2
- ESTUN EDB
- ESTUN EDC
- ESTUN ETS
- ESTUN PRONET
- Fuji-ALPHA5 Smart series (COPY)
- HIGEN FDA7000
- Inovance IS620P
- JMC JASD
- JMC JSDA
- Kinco-FD
- Kinco-FD
- Kinco-JD
- Kingservo KSDG
- Kollmorgen
- Leadshine EL5
- Leadshine ES-D808
- LS XDL-S
- Maxsine EP2
- MECAPION APD-VS
- Mitsubishi MR-E
- MITSUBISHI MR-E KH003
- Mitsubishi MR-J2S
- Mitsubishi MR-JE
- NG100H
- Omicron-MK6 series
- OMRON sigma-II
- Panasonic MINAS A4
- Panasonic MINAS A5E
- Panasonic Minas-LIQI Series
- SANMOTION-RS1 Series
- SANYODENKI-Q-S
- SANYU SY200
- SIEMENS-SINAMICS
- Stepper
- TECO JSDA Series
- TECO-JSDE
- TECO SR, TSDA and SD Series
- TECO TSTA Series
- TETA D2
- WEIDE B2 series
- YASKAWA-SGD7S
- YUHAI SG-AS
- YL-VPV Series
- YASKAWA-SGDM
- YUHAI SG-30A
- Show Remaining Articles (40) Collapse Articles
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< All Topics
Print
Calibration Example
Posted
Updated
Byadmin12QX5
Steps to Calibrate an Axis
To calibrate an axis, follow the steps below:
- Selecting the Axis:
- First, choose the axis you want to calibrate from the Axis section. Then, move the axis slowly to verify the correct direction of movement. If the direction is incorrect, select the proper one from the Direction section. Next, move the axis toward one of its movement limits. For this method, it doesn’t matter which end is used as the starting point.
- Setting the Start Point:
- After positioning the axis appropriately, measure a point on the axis relative to a fixed reference point on the machine using a suitable measuring tool, and record it in the Location 1 field. Then press the Start button. The measurement unit is entirely up to your preference. The device can be calibrated using inches, meters, centimeters, millimeters, or even micrometers. Just remember to use the same unit consistently throughout the calibration process.
- Setting the End Point:
- Move the axis toward the opposite end. If it’s possible to perform measurements over longer distances and your measuring tool is accurate enough, longer distance measurements will yield more accurate results. Once the axis reaches the second point, measure it in the same way as the first point using the machine’s fixed reference, and record it in the Location 2 field. Then press the Calibrate button. The software will use these measurements to calculate the step or calibration coefficient and automatically save it to the selected interface. You can repeat this calibration process for each axis as needed.
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Note
If no activation code has been entered, you will receive an error message when opening the CAM-Pro Calibrator software.
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