In this guide 6 sections
Cards suit a small rack. Paper mould cards are cheap, but they lose repair history, miss shot counts and go stale once several people edit them or tools travel between presses. Tool management software keeps repairs, cavity blocks, location and shots before replacement in one record that planners and the tool room both read.
What a card file does well
A steel drawer needs no login. The setter pulls the card, scribbles a note and slides it back, and for a rack of twenty tools and one tool room that is hard to beat.
Cards cost almost nothing to start. They also survive power cuts and network faults, which is why many shops keep a paper copy even after they go digital. A printed card clipped to the mould itself still helps when a tablet battery has gone flat on night shift and the setter needs the last repair.
The weakness shows when the shop grows. Cards pick up coffee stains, notes get abbreviated into private shorthand and the latest card ends up in someone’s jacket pocket halfway to the press.
Where cards start to fail
Repair history goes first. A weld on cavity three is noted on the card without a reason, and six months later nobody knows whether a cold start or a jammed ejector caused it.
Location is the second casualty. A tool may be in the rack, on press nine, at the plater or back at the customer, and a paper card cannot say which.
Shot counts are the third. Without them replacement is decided by a hunch, and a hunch gets expensive when a tool fails in the middle of a rush order.
- Repairs logged without cause or shot count
- No live location for each mould
- Cavity blocks stored apart from the tool
- Two cards for one mould after a revision
- No warning when service is overdue
What tool management software adds
A digital record logs the shot count at every setup and teardown, so the shots left before replacement become a figure you can read. It sets service intervals by shots instead of the calendar and flags any tool that has crossed its limit before the next order is booked onto it.
Blocks and inserts get records. You see at a glance which block sits in which tool, how many spare inserts remain and what is on order from the maker.
Location updates when the setter scans the tool in or out, so the planner sees whether a mould is free before promising a date. Nobody walks to the rack. Nobody phones to ask.
The costs of switching nobody mentions
A tool management system takes effort. Someone must enter the first data, and that someone is usually the tool room supervisor, who already has a full day of repairs, trials and customer calls waiting. The habit of scanning at every move matters most, because if setters skip it the location field is wrong within a month.
Connectivity matters as well. A tool room with weak wifi needs a fallback, such as a printed sheet that setters fill in at the rack and a clerk keys in later.
Be honest about discipline. Software shows the gaps in your routine faster than cards ever did, which is useful, though it can feel uncomfortable during the first few weeks of scanning.
A sensible way to switch
Pick the twenty moulds behind most downtime. Load their history from the cards, add the shot count from the last setup and start scanning every move in and out of the rack.
Run cards beside the system for two months, and each Friday compare a few tools, because wherever the two disagree you will find a habit that needs fixing.
Then retire the drawer. Thank the setters who kept the cards honest for years, because their habits are what the new record is really built on. File the old cards in a box, since they hold repair notes from the years before the first scan, and the tool room will still reach for them.
Mould card audit sheet
One printed page audits the card file. Ten tools sit in rows. Columns show whether the card has the latest cavity count, repair history with cause, last shot count, current location, spare insert quantity and next service due. Tick or cross each cell. A card with three or more crosses needs fixing before any of its data moves into software, and that is best done at the rack.
Open a blank worksheet to printQuestions owners ask
How many moulds before paper cards stop working?
There is no magic number. Trouble tends to start when more than one person edits cards or when tools travel between sites and presses, so a head count will not tell you.
Do we need sensors on every press for shot counts?
A manual entry at setup and teardown is enough to start, and direct counters from the press controller can follow once the routine is stable.
Can software tell us when to replace a mould?
It shows shots, repair frequency and cavity yield side by side, so you still decide but you decide with figures rather than a hunch.
What if the tool room has no network?
Use a printed log at the rack. Setters write the tool ID, shot count and any damage seen, then a clerk enters the sheet at shift end so nothing waits more than a day. A tablet at the bench works too.