ROBOT

Standard


Real-time robot Prognostics and Health Management software.

By diagnosing the health of the robot in real time and predicting the failure in advance, even ordinary users can always use the robot in the best condition without the help of experts.

  • Check health information for each part
  • Predictive maintenance alarm
  • Alarm history management 
  • Analyze robotic problems with the log file

Predictive maintenance

Diagnose the health of each robot's part using real-time robot operation and alarm data. The health of the robot can be checked in real time, and based on the prediction information, maintenance can be performed during downtime to prevent failure. 

Alarm History Management 

You can check the top 5 alarms that occurred during the period in real time and view the robot's data by date. 

In addition, it is possible to immediately check whether each robot is in use or not.

View the data and 3D models at once

You can analyze the robot's motion changes with just a few clicks in 3D graphics using UR log data.

In 3D graphics, you can analyze failure conditions and establish countermeasures by comparing the movements

of the robot with the UR log data.


System Specifications

  • Windows 10, 11
  • .NET 4.7.0 or later
  • Intel Core i Series or later internal graphics
  • Internet Connection

UR Polyscope Compatibility

  • 5.8 ~ 3.13 or later

UR ROBOT Compatibility

  • UR3      UR5      UR10
  • UR3e   UR5e    UR10e   UR16e

ROBOT

Standard ver.

Real-time robot Prognostics and Health Management Software

Anyone can manage the robot in the best condition without the help of experts by diagnosing the health of your robot in real-time and predicting failure in advance.


  • Gathers raw data and extracts core information for use
  • Analyzes the frequency of different alarms
  • Prevents robotic failures based on the analysis
Failure analysis using digital twin technology
  • Analyzes synchronized data from when the robot failure occurred using digital twin technology
  • Analyzes robot movements by individual joint parts and runs a comparison test based on the analyzed data
  • Able to run a reproducibility test using raw data (Speed, Velocity, Acceleration, Current, Torque, etc.) for 30 sec from when the failure occurred
Remote teach pendant


  • When a failure occurs, you can instantly take action remotely which reduces the down time of the robot
  • Able to control your robot remotely from anytime anywhere as if you are in the field
  • Increases efficiency and productivity using the remote control management system
Easy Installation
  • Available anywhere with a PC and a network cable
  • Able to connect with multiple robots depending on your network

System Specifications
  • Windows 10, 11
  • .NET 4.7.0 or later
  • Intel Core i Series or later internal graphics
  • Internet Connection

UR Polyscope Compatibility
  • 5.8 ~ 3.13 or later

UR ROBOT Compatibility
  • UR3      UR5      UR10
  • UR3e   UR5e    UR10e   UR16e


Email: info@qnt.co.kr

Phone: +82 52-700-9686     

Opened: Mon - Fri (GMT+9) 09:00 - 18:00

               Sat/Sun - Closed for Public Hoilday


QNT Co., Ltd 44428, #502, 362-11, Jongga-ro, Jung-gu, Ulsan, Korea 


    Email: info@qnt.co.kr   |   Phone: +82 52-700-9686     

    Opened: Mon - Fri (GMT+9) 09:00 - 18:00

                   Sat/Sun - Closed for Public Hoilday

    COPYRIGHT ⓒ QNT COMPANY. ALL RIGHTS RESERVED. 

QNT Co., Ltd 44428, #502, 362-11, Jongga-ro, Jung-gu, Ulsan, Korea