Auto-invoicing for trade service shops. One-touch field ticket to QuickBooks invoice.
The shop runs 8 to 15 service tickets a day across 4 to 6 field techs. Each tech finishes a job, fills out a paper work ticket with parts used, labor hours, and the customer's signature, and tosses it on the truck dashboard. The office admin collects the tickets and runs the same calculate-and-rekey loop on each one: line out the parts, multiply labor hours by the labor rate, generate the invoice, email it. When the admin is out, the entire AR pipeline stops.
It starts when a paper ticket lands on the admin's desk.
A tech wraps the last job of the run and drops the paper ticket, parts used, labor hours, customer signature, on the truck dashboard with the others. By the time it reaches the office admin's desk, it joins a stack. The admin lines out each part, multiplies hours by the labor rate, builds the invoice, and emails it, one ticket at a time, two to three hours a day. On the days the admin is out sick, none of it moves and the whole AR pipeline waits.
Paper ticket to a posted QuickBooks invoice, same day.
- 01
We encode your labor rate card + parts markup
Pilot weeks 1 to 2: we pull your shop's labor rate card and parts-markup rules into the tool. Customer-specific pricing and prevailing-wage rules included.
- 02
Admin enters the ticket once
Pick the customer and job, type in parts used and labor hours from the field tech's paper ticket. No system-switching, no calculator, no Excel.
- 03
The tool prices and posts to QuickBooks
Labor rate card and parts markup applied automatically. Invoice posted to QuickBooks via API. Customer email goes out with the invoice attached. Same day the work was done.
- 04
Daily admin loop drops from 2-3 hours to under 30 minutes
The manual calculate-and-rekey work disappears. The pilot stops here; automated tech commission ledger and payment capture grow in next.
30-day proof.
The value of the pilot is not "make an invoice," QuickBooks already does that. The value is removing the daily manual calculate-and-rekey loop that owns 2 to 3 hours of the office admin's day and stops the AR pipeline the moment they take a sick day. The first 2 to 3 weeks, we encode your labor rate card and parts markup. By day 30, the admin enters each ticket once and the rest happens. Invoices go out same-day, every day.
From there it grows. On the monthly, the next tool layers in an automated tech commission ledger (the part QuickBooks cannot do): tracking accrued commission per tech, per job, per comp-plan version. The one after adds payment capture so customers can pay the emailed invoice directly. Eventually the destination is the full one-touch entry layer.
Your monthly is flat once the pilot graduates onto Starter. Small refinements stay included. Adding the commission ledger or payment capture is a new tool, and we tell you about it openly before we build it. Tech retention usually improves in the first 6 months as commission visibility builds trust in the comp plan, but that is a second-order benefit you get when the commission tool grows in.
$800 pilot: one-touch field ticket to QuickBooks invoice, priced off your rate book. 2 to 3 weeks to build, 30 days live. After the pilot, the engagement graduates onto Starter ($295/mo). The tool grows from there as commission ledger and payment capture layer in.
The trade shops this invoicing tool is built for.
This fits small and mid-sized commercial HVAC, electrical, plumbing, and machinery service shops billing through QuickBooks. Typical fit: 15 to 50 person companies with 5 to 25 field techs whose daily admin loop on invoicing is a real time tax. Also fits commercial / industrial machinery maintenance and repair-maintenance services. It works when your shop has a documented labor rate card and parts-markup rules. It does not fit purely flat-rate residential service where every ticket is the same template anyway.
Why custom, not off-the-shelf.
An HVAC, plumbing, or electrical shop with 8 to 20 techs, a working dispatch tool, and QuickBooks Online does not need a platform replacement. It needs the auto-invoicing-and-commissions piece on top. Completed jobs become invoices, invoices feed commissions, commissions feed payroll. Live in 2-3 weeks.
The off-the-shelf options for this workflow
- Vertical residential field-service platformsReplace dispatch, CRM, payroll, and invoicing. $200 to $400-plus per month per tech, six-month implementation, full team retrain. You buy a platform for an invoicing fix.
- Small-team field-service platforms$30 to $80 per user per month. Optimized for residential single-tech routes. Commercial-account billing, complex tech commissions, and tiered pricing models all strain the data model.
- Solo-operator service platforms$40 to $200 per user per month. Built for solo and 2 to 5 tech operations. Commission rules beyond flat-rate or percentage do not exist in the model.
When the off-the-shelf option is the right call
A full residential field-service platform makes sense for a 40-plus tech operation that has the budget and wants the full CRM-to-payroll integration. ByteQuix fits the trade shop that wants the invoicing-and-commission fix without buying the rest.
It posts straight into the QuickBooks you already bill through.
The pilot reads your labor rate card and parts-markup rules and posts invoices to QuickBooks (Online or Desktop) via API. Optional read from existing field-service software (ServiceTitan, FieldEdge, Workiz, BuildOps, ServiceTrade) where you run one. No commission logic in the pilot. As the tool grows on the monthly, the automated tech commission ledger (per-job, per-service-plan, team comps, manager overrides, SPIFFs) layers in, then payment capture.
See it in motion ↓Follow a ticket from the truck dashboard to the books.
Questions trade shop admins ask about the invoicing tool.
By day 30, what can the admin actually invoice with this?
A one-touch entry layer where the admin picks the customer and job, types in parts and labor hours from the tech's ticket, and the tool prices it against your encoded rate card and parts markup, then posts the invoice to QuickBooks and emails it the same day the work was done. By day 30 the daily 2-to-3-hour calculate-and-rekey loop is under 30 minutes, and it keeps running when the admin takes a sick day. The pilot is $800, built in 2 to 3 weeks against that loop as the metric we set up front, then runs live for 30 days. After that the engagement graduates onto Starter at $295 a month to keep it running, and the tech commission ledger and payment capture grow in from there.
How is this different from QuickBooks doing invoices?
QuickBooks makes invoices. It does not apply your shop's labor rate card and parts-markup automatically, it does not eliminate the daily admin re-keying, and it does not handle commissions at all. The pilot does the first two. The commission ledger comes in next on the monthly.
Do field techs need to use a phone app?
Not for the pilot. The mechanism centers on the office admin entering the paper ticket once. A phone app for techs is a later tool for shops that want to drop the paper-ticket step entirely; most shops fix the office loop first.
Does adding the tech commission ledger later cost extra?
Your monthly is flat, and small refinements to the running invoicing tool are included. The automated tech commission ledger, the part QuickBooks can't do, is a new tool, and so is payment capture on the emailed invoice. We quote each one openly before we build it. Most shops stay on their starting tier, and that's fine with us.
See more consumer services (commercial) builds.
This build fits other operations in the same industry, with their own outcomes and metrics.
Consumer Services (Commercial) industry hub →Other tools we have shipped.
Equipment + service history on one branded customer login.
The shop runs on paper work orders and QuickBooks.
A one-page map of your subscription stack and the waste hiding in it.
Over a few years you have signed up for 10 to 20 SaaS tools: CRM, accounting, project management, storage, e-signature, payroll, chat, and a pile of single-feature apps.
Inbound sales calls turned into CRM leads automatically.
Inbound calls flow into the shop across a mix of new-customer service requests, existing-customer service follow-ups, billing inquiries, supplier callbacks, and sales prospect inquiries.