Grow the shop, not the paperwork.

Every compressor keeps its own history, so tech number four can take a call on day one.

// FOR INDEPENDENT COMPRESSOR SHOPS

Your software should know the machine, not just the address.

NORDVEST tracks each compressor, not just the job:

  • Predicts each machine's next service from its hours.
  • Tracks every filter and separator on its own interval.
  • Forecasts next month's parts from machine hours.
NORDVEST Controller SIM
108 PSI
LOADED
Hour meters
Total run
22,152 hrs
Total load
19,937 hrs
PWR
RUN
ALM
// WHAT IT DOES

Service, from the next PM to the finished report.

Explore Service →
The NORDVEST service request list: PM work for seed mills, steel works and fabricators across the Willamette Valley

Every job in one place.

See each compressor's service history, parts, and hour readings.

The NORDVEST dispatch board: a week of service work assigned across four technicians, with an overdue column

Schedule the week.

Assign jobs to techs and dates. The truck leaves loaded, so the first visit finishes the job.

A compressor in NORDVEST reading 29,703 run hours and 27,832 load hours, with the next oil sample due at 31,703 hours

See what's due.

Components come due on run hours or elapsed time. We get flagged before we schedule a PM we don't have the filters for.

A technician recording work on a rugged tablet beside a compressor in the shop

Record work in the field.

Every part changed, tapped in at the machine. Your techs finish the day at the customer's site, not back at the shop.

The oil samples list in NORDVEST: 27 samples across assets with dates, results and hours

Oil samples, filed in about two minutes.

Run hours live on the unit, so nobody hunts for them to fill in the sample form. Warranty claims actually get paid.

A NORDVEST report: rotary screws over 15,000 hours, 59 results with manufacturer, model and serial number

Pull a report.

Find machines by hours, model, or service history. Save the report for the next review.

Creating an invoice from a NORDVEST service report: labor, travel and mileage summarized before it goes to accounting

Invoice from the report.

Review the parts, labor, travel and mileage from the job, then send it to QuickBooks or Zoho Books. We don't do accounting. Your books stay where they are.

// SALES CRM

A Sales CRM alongside your service work.

A customer mentions a new building while your tech is on the PM. Right now, someone remembers it or nobody does. Those leads are a few points of close rate on work you already had the inside track on.

The NORDVEST sales pipeline board: compressor deals by stage with dollar values, probabilities and close dates

Sales CRM for the opportunities your techs hear about.

Track the next call, quote, and customer conversation alongside your service records.

Explore Sales CRM →
// CASE STUDY

We run on it every day.

Northwest Compressor has repaired compressors in Oregon since the 1990s. NORDVEST dispatches its techs, forecasts its parts and chases its warranty claims. These numbers are ours.

Lower parts spend in one summer
45%
We forecast only what the machines needed, instead of buying blind from a spreadsheet. Spring through summer 2026, on a fleet of 1,699 machines.
Fewer parts runs
2 weeks saved
With the right information, our sales guy spent his time selling, not driving missing parts to a waiting tech.
More service work documented
+191%
Nearly three times the documented work, in about half the recording time, against the same season a year earlier.
Read the case study →

See for yourself.

Or talk to a human: peter@nordvestops.com

// OUR STORY

Built inside a compressor shop.

We were technicians first. Six of us use it daily. Built for a shop our size.

Why we built it →
// PRICING

Priced for an independent shop.

$3 per active customer, per month. Every feature is on from day one. One price for the whole crew. Nobody shares a login.

See pricing →
// NOTES FROM THE BUILD

Follow what we’re learning.

Occasional field notes from inside a compressor shop: what we broke, what we fixed, what we learned.

Read the archive →