Buddy Punch vs Deputy for Contract Manufacturing Shifts

Buddy Punch treats time tracking mostly as attendance: clock in, clock out, overtime alerts, with a straightforward interface a machinist can use between tasks without slowing down. Deputy pushes further into job level detail, letting a worker select a job or part number at clock in so labor cost attaches to the actual work rather than to the whole shift. The tradeoff is real: Deputy's extra step at clock in is friction on a busy floor, but it is the only way to get job costing more accurate than a supervisor's end of shift estimate.

A machine running across a shift change needs its labor split cleanly between the outgoing and incoming operator, and this is the moment a paper log or a memory based system gets it wrong most often. Deputy's shift boundary handling is built to prompt a clock out and a new clock in at the handover rather than leaving the split to be reconstructed later. Buddy Punch can handle the boundary too, but it relies more on the operators remembering to clock correctly at the moment of handover rather than prompting them.

Time a machinist spends waiting on a jammed feed or a broken tool is real labor cost, but most shops fold it silently into whichever job code was running when the machine stopped, which quietly overstates that job's true cost and understates the cost of poor maintenance. Both tools can add a downtime or non productive code that a worker selects instead of a job code, but only if someone configures it deliberately. Left as a default setup, neither tool solves a problem the shop never told it to look for.

Median tenure in manufacturing runs close to 59 months, nearly five years¹, which is longer than in most hourly sectors and is a real argument for the deeper Deputy setup rather than Buddy Punch's lighter one. A workforce that sticks around long enough to get comfortable with a more detailed clock in flow will use it correctly for years, which changes the return on the extra configuration time compared with a shop that turns over its floor staff every few months.

A shop running one or two product lines with stable jobs does not need job level clock in to fix its costing problem, since there are only a handful of codes to misattribute in the first place. A shop running dozens of active jobs for different customers at once benefits far more from Deputy's job level detail, because the cost of misattribution compounds with every additional job code in play. Match the tool's depth to how many distinct jobs actually run through the shop on a given day, not to the shop's overall size, since a large shop running one steady product line has simpler needs than a small job shop juggling a dozen customer orders at once.

The most common way a manufacturing floor rollout fails is skipping the pilot and configuring the system entirely from a conference room, without ever testing the job code list against a real, busy shift. A job code list built from the ERP's full product catalog rather than the handful of jobs actually running this week overwhelms an operator trying to find the right code between cuts, and the predictable result is operators picking whatever code is fastest to find rather than the correct one. Build the active job code list from what is actually running on the floor this month, prune it regularly, and the accuracy problem mostly solves itself without any additional software feature.

Avoid a bad rollout with these checks:

• Pilot the system on a real, busy shift, and never configure it entirely from a conference room.
• Build the job code list from the handful of jobs actually running this week, not the ERP's full product catalog.
• Keep job selection short, since a machinist searching old codes between cuts will pick the wrong one or skip it.
• Add a distinct downtime code so machine stops are recorded separately from active job time.

Job level clock data is only as useful as the accounting system it feeds, and a shop that captures clean job codes at the clock but still manually re-keys them into its cost accounting software has only moved the error prone step, not removed it. Confirm before committing to either tool that its export format matches what your accounting or ERP system expects for job cost import, and test that connection with a real week of data before relying on it for a customer quote. A shop that skips this verification step often discovers the mismatch only when a cost report comes back looking wrong for reasons nobody can immediately trace.