PROGRAM MONITORING

Automatically collect standard times of your CNC programs.

Use this data to update information in your ERP system, track the performance rate of your programs and detect opportunities for improvement.

JITbase Program Monitoring software interface displaying the list of Program Runs with performance rates

Accurate Standard Times

JITbase acquires accurate standard times of your CNC programs either by looking at the G-Code, or using historical data after a few runs. Based on real production data, JITbase also collects setup times, part changeover times, and planned stops (M00) performed by the operators, allowing you to have a complete picture of the machining process to manufacture a part.

JITbase gets CNC programs with standard times thanks to the G-Code or the historical data of the production
JITbase software interface showing the shift performance and the live progress of different CNC programs

Shift Performance & Shift Advancement

JITbase automatically collects standard times of setups, machining cycles, M00 and part changeovers.

Instead of tracking machine utilization, track valuable metrics in production such as Shift Performance by machine and live Shift Progress.

JITbase software interface displaying the real times of a planned stop (M00) in different production runs of a CNC program

Tool path & M00 tracking

JITbase automatically collects cycle times at the tool path level to detect overtime or use the information for tool life monitoring.

JITbase also tracks planned stops (M00), which helps to understand standard times on manual tasks to properly run a program.

This can detect unnecessary planned stops that are not performed in production (only a few seconds long) so you can remove them.

CNC machine with illustration of its shift performance and live production progress

Live Performance tracking

Performance rate is a much more insightful indicator than Utilization rate which is usually tracked by Machine Monitoring Systems.

By comparing the actual time of any operation (machining or manual) with the standard time, JITbase automatically tracks:

  • Job performance
  • Program performance
  • Shift performance
  • Setup performance
  • Planned stops (M00) performance
  • Part changeover performance
CNC machine with the illustration of the detection of recurring waste of time on a specific tool path

CNC Program Improvement

Program analysis helps understand and resolve recurring problems in programs with low performance.

Examples of recurring problems detected by JITbase:

  • A specific tool path that takes longer than expected
  • Recurring unplanned stops in the same section of the program
  • Use of Optional stops (M01)
  • Activation of a feed or speed override
  • Tool paths re-run by the operator (also called reworks or unplanned spring passes)

By precisely identifying recurring issues, Methods Engineering can better find solutions to remove them.

CNC machine with the illustration of the detection of reworks
JITbase software interface where the user can visualize the reworks performed by the CNC operator
CNC operators can enter an overtime reasons in JITbase if it takes longer than expected

Track Overtime reasons instead of Downtime reasons

While conventional Machine Monitoring Systems ask Operators to input downtime reasons, JITbase automatically knows whether the machine is in setup, part changeover, planned stop or unplanned stop.

In JITbase, Operators can input overtime reasons when the operation takes longer than the standard (plus a defined threshold).

For example, if a setup takes 90 minutes instead of 60 minutes, the Operator can input a reason for the additional 30 minutes in JITbase, while in conventional Machine Monitoring Systems, the Operator would enter 'Setup' as a downtime reason.

Factory of the future running lights-out operations. Machines are connected with JITbase.

Lights-Out Operations

Program Monitoring helps identify productions that can be automated. That is why top manufacturers use it to drive their automation strategy.

JITbase Program Monitoring helps detect:

  • Reliable CNC programs with limited to no variation in production
  • Programs with high machining vs. human intervention ratio
  • Programs with unnecessary M00 that can be removed

Ready to track performance and improve your CNC programs?

Book a time with one of our experts or use our self-serve environment to start today for free.