The ERP quote that never turns into a deployment
Somewhere in the last year, someone on your team got a quote from JobBOSS2 or ProShop. Maybe a demo happened. Maybe a project plan got sketched out with a go-live date. And then it stalled — not because the software was bad, but because the deployment looked like a six-to-twelve-month project with a training curve, a data-migration headache, and a price nobody wanted to say out loud in the next ownership meeting. Meanwhile the actual problem that started the search — a quarter closing with margin nobody can explain, a customer calling to ask "where's my job?" while the traveler sits on a bench somewhere on the floor — is still sitting there unsolved.
This is a common enough pattern that it's worth naming directly: a full ERP is the wrong tool to buy first. Not because ERPs don't work, but because a 15-person machine shop doesn't need finite-capacity scheduling, multi-plant consolidation, or a general ledger rebuilt around manufacturing — it needs to know, per job, whether the labor that actually went into it matched what was quoted, and it needs that traveler to be findable from a desk instead of a walk down the aisle.
This article is a buyer's guide to the category that sits between spreadsheets-and-paper and full ERP: small machine shop software without an ERP underneath it, built specifically to capture time, track work-in-process, and cost jobs — nothing more, deliberately.
What "below ERP" actually means
An ERP is architected around a single idea: everything in the business — inventory, purchasing, scheduling, accounting, HR, CRM — lives in one connected system of record. That's genuinely valuable for a shop that needs multi-plant consolidation or has outgrown QuickBooks for its general ledger. It's also why ERP deployments take months and why the license conversation gets uncomfortable fast.
A shop running 5 to 50 people rarely needs all of that on day one. What it needs is narrower and more specific: a way to define the routing for a part number, generate a traveler that follows the job through each operation, clock labor against that traveler at each work center, see where every open job sits right now, and — critically — compare what was actually spent against what was quoted, operation by operation, so the shop can tell which jobs made money before the year closes instead of after.
That's the execution-and-costing layer. It's not a lighter ERP with fewer buttons — it's a different, smaller category of software with a deliberately fenced scope, built to answer the questions this reader actually has at 4pm on a Thursday: where is job 4471, why did operation 30 run four hours over standard, and what's this scrap defect actually costing.
The five things this kind of software needs to do
Strip the category down to its mechanism, and it's really five connected functions:
1. A routing and traveler. Every part number gets a defined operation sequence — setup, run, inspect, deburr, whatever the process requires — and that sequence generates a traveler: a printed document with a barcode or QR code, or a digital version pulled up on a tablet at the machine. The traveler is the spine everything else attaches to.
2. Time capture at the point of work. A kiosk or mobile clock-in tied to the job and operation, with downtime reason codes — setup, run, waiting, rework — so a gap in the schedule has a cause attached to it instead of just a blank hour. Supervisor-approved manual entry covers the exceptions.
3. A live work-in-process view. Instead of walking the floor to answer "where's job X," the answer comes from a work-center queue view: which jobs are at which station, right now, searchable by job, part, or customer.
4. Actual-vs-quoted labor. This is the number that turns a shop from guessing to knowing. Every logged actual hour at every operation gets compared against the routing's standard time, at the operation level and rolled up to the job level, so a shop can see exactly where a quote held and where it didn't — before the invoice goes out, not after.
5. Scrap and rework logged to the operation that caused it. Not a generic "scrap this month" bucket, but a defect tied to the specific operation, so a recurring problem on op 40 shows up as a pattern instead of a one-off write-off.
Add burden or machine-rate configuration per work center, and a job's fully-loaded cost — labor plus a defensible overhead allocation — becomes something you can pull up in a report instead of reconstruct from memory at year-end. As a worked, illustrative example: if a work center's burden rate is set at $45/hour and a job logs 6.2 actual hours against a quoted 5.0 hours at that center, the cost impact of that overrun is straightforward to calculate — $54 in unabsorbed burden on that operation alone, before labor rate is even added. That's the kind of number a spreadsheet built in a hurry rarely surfaces the same day the job closes.
What this kind of software will not do — and why that's the point
The honest version of this buying guide has to say what's deliberately out of scope, because a shop evaluating "small machine shop software without an ERP" needs to know exactly where the line sits before it buys.
An execution-and-costing layer at this level does not do production scheduling or finite-capacity dispatch — it tells you where a job is, not the optimal sequence to run every job in the shop. It does not track inventory, manage a bill of materials, or handle purchasing and MRP — those are real, valuable functions, but they're a different category of software solving a different problem (raw material and component flow, not labor and cost). It does not run preventive maintenance or asset management. It is not a standalone quoting engine, a full accounting system, or a payroll processor. And at this tier, it's web-responsive rather than a native mobile app, with no public API or SSO out of the box.
None of that is an oversight — it's the fence. The pitch of this category is not "everything an ERP does, cheaper." It's "the specific execution and costing problem, solved well, at a price and implementation timeline that matches a 15-to-40-person shop." A shop that genuinely needs MRP-level inventory control or finite scheduling should keep that requirement in the ERP or MES conversation — worth reading through directly at MES vs. ERP for a small manufacturer before deciding which category actually fits.
The cost of not knowing
The reason any of this matters comes down to two numbers this reader can check against their own operation.
Scrap and rework costs the average manufacturer up to 2.2% of annual revenue, according to EASE.io's quality-cost research. On a shop doing a few million dollars a year, that's a real, recurring line — and it's invisible unless a defect gets tied back to the operation that caused it rather than absorbed into a general "scrap" bucket at month-end.
The second number is on the labor side, not the quality side: with paper time tracking, the calculation error rate can run as high as 8% of total payroll, per research from Timeero. That's not fraud — it's the ordinary drift of illegible handwriting, rounded-up minutes, and a supervisor reconstructing a timesheet from memory on a Friday afternoon. A shop that clocks time against a job and operation, with a supervisor approving exceptions rather than reconstructing a week from scratch, closes that gap at the source instead of catching it in a payroll audit months later.
Neither number is a guarantee of what any specific shop will recover — every shop's baseline is different, and this reader's own numbers are the ones that matter. But both point at the same structural problem: a shop running on spreadsheets, QuickBooks, and paper travelers has no operation-level record to catch either kind of drift while it's still small.
Where this category sits next to the named alternatives
It helps to be concrete about who else is selling into this gap, because "software for small machine shops" surfaces a genuinely mixed set of options.
JobBOSS2 (built on the legacy E2 Shop System, now under ECI Software Solutions) and ProShop ERP are the two names this reader has most likely already looked at. Both are full quote-to-cash suites with real depth — scheduling, quoting, quality management, and more — and neither publishes a fixed list price on its own site; ProShop is explicitly quote-based, priced around users, roles, and scope. That's not a knock on either product — it's a description of a different category, priced and scoped for a shop ready to commit to a suite-level deployment. If that's not where this shop is yet, it's worth a direct look at why ERP gets too expensive for a small machine shop and, more directly, a JobBOSS2 alternative built for exactly this gap.
Predator Travelers approaches the traveler problem from the opposite direction — a long-established, on-premises product (in the market since 1994) built around Microsoft SQL Server and a legacy DNC/CNC-networking ecosystem. It publishes its own pricing directly: $11,500 as a one-time license or $4,900 per year, both including the Predator Travelers Administrator and Premier Support. That's a real, capable option for a shop already invested in Predator's broader DNC infrastructure — but it's an on-premises deployment model, not a standalone SaaS product a shop can self-serve into this afternoon.
MRPeasy and Katana come at this from the inventory side rather than the job-costing side. MRPeasy's published pricing runs $49 to $149 per user per month, with additional users beyond the first ten sold in flat $79-per-month bundles of ten. Katana's Core plan starts at $299 per month for one inventory location with unlimited SKUs, plus a limited free tier. Both are genuinely useful MRP and inventory tools — but job costing and traveler-level execution tracking are secondary features bolted onto an inventory-first product, not the core design.
Which leaves the actual incumbent for most shops reading this: spreadsheets, paper travelers, and QuickBooks. Free in software-license terms, and structurally incapable of comparing actual labor to quoted labor at the operation level — because that comparison requires a system built around the operation as the unit of record, not a general ledger or a folder of paper.
WorkTickets was built specifically for the gap between those two groups: a standalone, SaaS-native execution-and-costing layer — routing, traveler, clock-in, WIP visibility, actual-vs-quoted labor, and operation-level scrap logging — at a price and setup timeline that doesn't require a suite-level commitment. For the broader landscape of what "job costing software for machine shops" actually needs to include, the fuller breakdown lives at job costing software for machine shops.
A buying checklist for evaluating this category
Before signing up for a trial of anything — this product or another — it's worth running the same short checklist against every option:
- Can it generate a traveler per part number without a consultant configuring it first?
- Does clock-in happen at the job and operation level, with reason codes for setup, run, waiting, and rework — not just a generic in/out punch?
- Can you search "where is job X" by job, part, or customer and get an answer in seconds, not a floor walk?
- Does it compare actual labor to quoted labor per operation, automatically, without a spreadsheet reconciliation?
- Can scrap or rework be logged against the specific operation that caused it?
- Does the pricing scale with a 15-to-40-person shop's budget, or does it require a suite-level commitment to get started?
- Can a shop see this working inside two weeks, not two quarters?
That last one matters more than it sounds. A tool a shop can trial, populate with real routings, and get real answers from inside fourteen days is a fundamentally different buying decision than a six-month ERP implementation with a signed statement of work.
Where to go from here
WorkTickets runs four self-serve tiers — Essentials at $199/month, Professional at $349/month, and Business at $599/month, plus an Enterprise tier starting at $1,199/month for shops that need it, available by contacting sales directly — with a 14-day trial on the self-serve tiers so a shop can build a real routing, print a real traveler, and see actual-vs-quoted labor on a real job before committing to anything. For a shop still mapping out the fuller execution-and-costing picture across a whole operation, the execution and costing guide for small job shops is the next stop, and the Complete Shop-Floor Kit pairs the software with the physical kiosk and barcode setup a shop needs to run it on day one. Full tier details are on the pricing page, and a live walkthrough of the workflow — routing to traveler to clock-in to actual-vs-quoted — is available by booking a demo.