Sheet Metal Cutting and Bending Equipment Inspection and Maintenance Q&A: Forms and Interactions

Data for this category primarily comes from CAD/CAM software, order BOMs, sheet metal inventory systems, laser cutter and bending machine device logs

What data for this category looks like

Data for this category primarily comes from CAD/CAM software, order BOMs, sheet metal inventory systems, laser cutter and bending machine device logs, and workshop MES systems. Daily stored documents include 3D part unfolding drawings, CNC cutting programs, bending process cards, nesting diagrams, first-piece inspection records, and process flow cards. Data updates sync with order creation, daily inventory counts, and each equipment changeover adjustment. Core fields include sheet thickness, bending compensation coefficient, cutting size, and bending angle. Most units are millimeters and degrees.

This category has high-mix, low-volume production characteristics, and relies heavily on drawing-driven unfolding and bending compensation processes. Form interactions must support quick switching of process parameters for different orders. Data sources are scattered and update frequently, so forms must support real-time data pulling from external systems to avoid manual entry errors. Errors in core processes can lead to sheet material waste or assembly failure. Forms must add pre-check links to perform format and range checks on key fields such as bending compensation coefficient and cutting size. Additionally, the need to associate and upload nesting diagrams and process flow cards requires forms to support multiple file uploads and field linkage.

How to set the configuration

This page's configuration is based on FastGPT v4.17.0.

Configuration ItemRecommended SettingRationale
formInputBind bending compensation coefficient, cutting size, and sheet thickness; set as requiredCore process parameters for this category depend on these three fields. Making them required prevents equipment inspection errors caused by missed entries
userSelectPre-set equipment type options (laser cutter, bending machine); support custom additionsEquipment types for this category are fixed and must match corresponding inspection and maintenance workflows. Custom options adapt to non-standard customization scenarios
Number of files submitted per time5 files per submissionSupporting documents for single orders in this category are limited. Submitting too many at once increases system parsing load
Context window length800–1200 charactersProcess documents for this category are relatively long. An appropriate window length preserves key parameter information
Timeout threshold600 secondsParsing some process documents for this category takes a long time. 600 seconds covers most scenarios
Knowledge base recall limitTop 3 resultsProcess parameters for this category have high precision requirements. A small number of precise recall results improve Q&A accuracy

Three common mistakes

  • Custom input text exhibits character misalignment during tool calls. For example, inputting "share" results in "shae". The formInput configuration does not enable input validation or restrict valid character sets, leading to accidental submission via input method candidate words.
  • Incorrect knowledge base recall limit configuration, with recall results being too many or too few. Failing to adjust the recall limit based on the precision requirements of process parameters for this category leads to Q&A results that deviate from actual needs.
  • Global variables are not assigned triggers based on equipment changeover events. Failing to associate trigger conditions for equipment changeovers causes variables to use old process parameters, leading to inspection errors.

How to confirm the configuration is complete

  • Manually enter the bending compensation coefficient and cutting size fields, then submit to check if the form triggers the required field validation prompt.
  • Select the pre-set equipment type options, confirm that the userSelect list includes laser cutter and bending machine, and supports custom addition of options.
  • Simulate an equipment changeover event, check if global variables are synchronously updated to the current post-changeover process parameters.
  • Submit no more than 5 process documents, confirm that the system can parse them normally and return corresponding Q&A results.

Note: The configuration values listed here are common starting points. Adjust them based on your own specific samples and requirements.