Every job that leaves your floor is carrying a document nobody outside the shop ever sees
A customer calls asking where their job is. Someone walks the floor, flips through a clipboard, finds the paper, reads the last stamp, and calls back twenty minutes later with an answer that might already be stale. A quarter closes and the margin on three jobs doesn't match what was quoted, but the only record of what actually happened at each operation is a stack of travelers in a drawer, if they were filled out completely at all. A new hire asks how to set up a job and gets handed a router that was last updated two revisions ago.
None of this is a software problem first. It's a documentation problem — specifically, the traveler and the router, the two documents that carry a job from quote to shipment, and whether they're built well enough and used consistently enough to answer the questions an owner actually asks: where is this job, what did it cost to run, and why did that scrap happen again.
This page is the map. It pulls together every WorkTickets guide on travelers, routers, and the work instructions that live inside them — the fundamentals, the templates, the vertical-specific variants for CNC, sheet metal, and welding shops, and the path from a paper form on a clipboard to a live view of work-in-process. Use it as a starting point, work through the pieces that match where your shop is today, and come back to it when you're ready for the next one.
Start Here: What a Traveler Is and What a Router Is
Before templates or software, get the two core documents straight — they're related but not the same thing, and shops that conflate them end up with paperwork that does neither job well.
The router, sometimes called a routing sheet, is the master reference for a part number: the sequence of operations required to make it, the work center or machine assigned to each one, and the standard time budgeted per operation. It's built once per part number (or once per revision) and reused every time that part runs again.
The traveler, sometimes called a job traveler, is the order-specific document that rides with an actual job through the shop floor. It's generated from the router but carries job-specific information — the customer, the due date, the quantity, and, as the job moves, the record of what actually happened at each operation: who ran it, how long it took, what got scrapped, whether it passed inspection.
/blog/what-is-a-manufacturing-traveler walks through the traveler in detail — its anatomy, what belongs on it, and why a traveler that's missing operation-level actual data can't answer the "where's my job" question with anything better than a floor walk. /blog/traveler-vs-router-manufacturing goes deeper on the distinction itself, which matters more than it sounds like it should: a shop that only has a router (a static process sheet) has no record of what actually happened on any given job, and a shop that only has a traveler with no router underneath it is rebuilding the sequence from memory every time a job repeats.
Read both if you're new to the terminology. If you already know the difference and just need the paperwork, skip ahead.
Build Your Own: Templates for Travelers, Routers, and Setup Sheets
Once the fundamentals are clear, most shops want something they can put in front of an operator this week — not a philosophy, a form.
/blog/shop-traveler-template is the general-purpose starting point: a traveler layout that covers job header information, the operation sequence, and space to log actual time and disposition at each step. /blog/manufacturing-traveler-template-excel is the same concept built specifically for shops that want to stay in a spreadsheet a while longer before considering anything else — useful if you're not ready to change tools but are ready to stop using a blank sheet of paper.
/blog/routing-sheet-template covers the router side specifically — how to lay out a part-number-level operation sequence with standard times, work centers, and setup notes, so it can be reused instead of rebuilt. And because setup time is often the single biggest source of quoting drift on repeat jobs, /blog/machine-setup-sheet-template breaks out setup instructions as their own document: what tooling, fixturing, and machine parameters an operator needs before the first part runs, separate from the run-time instructions that follow.
None of these require new software. They're a place to start standardizing what's currently informal — and standardizing the paper version is what makes the eventual move to a digital traveler straightforward instead of a rebuild from scratch.
Vertical Variants: CNC, Sheet Metal, and Welding Aren't the Same Paperwork
A traveler that works for a CNC shop running lights-out overnight cycles doesn't look like one built for a welding shop tracking WPS and joint inspection, and neither looks quite like a sheet metal shop moving parts through shearing, forming, and finishing. The core structure — job header, operation sequence, actual-vs-standard capture — holds across all three, but what belongs in the operation detail and what needs sign-off differs enough that a generic template usually gets modified within the first week of use anyway.
/blog/cnc-machine-shop-traveler covers what a CNC-specific traveler needs to carry: program/revision reference, tool list, in-process inspection points, and first-article sign-off where required. /blog/sheet-metal-fabrication-traveler-template addresses the sequence-heavy nature of fab work — multiple operations per part, material and gauge tracking, and the finishing/coating steps that often get handled by an outside process. /blog/welding-shop-traveler-template covers welding-specific fields: WPS reference, welder certification/stamp, joint or weld-map identification, and NDE or visual inspection sign-off where the job calls for it.
If your shop runs a mix — say, fabrication and assembly, or machining feeding into welded subassemblies — start with the guide closest to your primary process and adapt from there rather than trying to build one traveler that serves every discipline equally. A traveler that tries to cover everything usually ends up with fields nobody fills in.
Going Digital: From Clipboard to Live WIP
At some point, most shops in this range hit the same wall: the paper traveler works fine for carrying the routing, but it can't answer "where is job 4471 right now" without someone walking the floor, and it can't produce an actual-vs-quoted comparison without someone manually re-keying every operation's logged time into a spreadsheet after the job ships — if anyone does that at all.
/blog/digital-traveler-shop-floor covers what changes when the traveler moves off paper: a printed PDF traveler with a barcode or QR code that ties back to a digital record, or a fully digital view an operator opens on a tablet or shop-floor kiosk. Either way, the traveler generation still starts from the same router-built operation sequence — digital doesn't replace the routing discipline, it replaces the manual re-entry step. Clock-in and clock-out at each operation (with downtime reason codes for setup, run, waiting, and rework) become a tap instead of a handwritten timestamp, and the "where's my job" question gets answered by a search instead of a walk.
This is also the guide to read if a heavier ERP rollout — a JobBOSS2 or ProShop-style deployment — has stalled or been shelved as too much system for a shop this size. Digitizing the traveler and router specifically, without taking on scheduling, inventory, or full accounting modules at the same time, is a narrower and often more achievable first step.
Where Travelers and Routers Fit in the Bigger Costing Picture
A well-built traveler and router solve the documentation problem. They don't, by themselves, tell you whether a job made money — that requires connecting the actual time logged at each operation back to what the job was quoted at, and rolling in the burden or machine rate for the work centers involved.
/blog/small-job-shop-execution-costing-guide is the connective piece: it walks through how routing, traveler capture, and time logging feed into actual-vs-quoted comparison and job-level profitability, and where a traveler-and-router foundation stops and a costing layer begins. If the reason you're reading a shop traveler resource hub in the first place is "I can't tell which jobs are profitable," that guide is the next stop after this one.
Start With the Templates, Then Decide What's Next
If you're standardizing paperwork this week, the Traveler & Router Template Starter Pack bundles a traveler template, a routing sheet template, and a machine setup sheet in one download — a faster starting point than building each from scratch, available at /store/traveler-router-template-starter-pack, alongside the rest of the template library at /store.
If the paper-versus-digital question above sounds familiar — if you're already past templates and asking whether a digital traveler and live WIP view would answer "where's my job" faster than a floor walk — WorkTickets builds the router, generates the traveler (printed with a barcode or fully digital), and captures clock-in/out with downtime reasons against it, all inside a 14-day trial with no obligation to go further. There's no pressure to jump straight to software from this page; work through the guides above at your own pace, and the trial will still be there when a paper process stops being enough.
