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Now in early access

Built for shops that actually make things

One place for your parts, your changes and the work on the floor. Built by manufacturers, for manufacturers.

Ord Kessler Driveyard

What Gauge keeps track of

  • Items

    Part numbers, revisions, files

  • BOMs

    Multi-level, costed, released

  • Changes

    Draft to implemented

  • Work

    Orders, routings, floor

Why Gauge

Software that speaks shop

Built by a manufacturer, for the way a shop actually moves a part from quote to shipment.

  • The basics are never an upsell

    Tracking a part is not a premium feature. Items, BOMs, changes, planning, work orders and inventory are core on every plan. What changes as you grow is how much room you have and which specialist add-ons you switch on.

  • Bring your own list

    Bring the spreadsheet you already keep. Parts, materials, a supplier list: map the columns once, and nothing lands in your catalog that you didn't look at first.

  • Built by a manufacturer

    Designed alongside a working shop floor, so the screens follow how parts actually move through a shop.

Projects and the floor

A prototype program that ends in real production work

This is the seam a shop usually papers over with a spreadsheet. A product tool knows the part but not the bench. A floor system knows the bench but not why the part changed. Gauge carries one record across both.

  1. Project

    Phase and checklist

    OKA-20020 Vex9 Interceptor

    Prototype phase, 6 of 9 checked

    Phases you set yourself, named reviewers on the ones that need approval, and a sign-off that stays put. The tree here is the BOM, not a copy of it that drifts by Thursday.

  2. Prototype build

    Assigned, timed, signed

    BUILD-0114

    Assigned to a person, 4 steps done

    One build, one person, its own steps and its own parts list. You get a clock you start and pause, and the part’s drawings on the screen behind it, so nobody goes hunting for a print. It closes on Complete and Sign Off, which records who closed it and when.

  3. Production

    Work orders on the floor

    WO-4471

    Form at Press Brake 2, running

    The released routing turns into work orders. Somebody at the bench claims an operation, records units as they come off, and reports an issue against the step it happened on.

Why it mattersA part this project is holding stays locked to it, unless another product is linked in through a dependency or its tooling. Abandon the project and it hands the part numbers back. The handoff is not an export, because there is nothing to hand over: it is the same record the whole way.

Live in Gauge

This is what a part moving through your shop looks like

Both panels below are running on demo data. Neither one is a screenshot.

  • A project, advancing

    Running

    1. Concept
    2. Design
    3. Prototype
    4. Pre-Prod
    5. Released

    Prototypefills as the phase checklist is checked off

    A project is a product tree with phases. The bar is not decoration: it fills from the phase checklist, so the number on the screen has a source you can open.

  • A job at the bench

    Running

    OKD-10008

    Cockpit Canopy Frame · Form, Brake 2

    0:20:00On this op
    78%14 of 18 units
    • Cut
    • Form
    • Weld
    • Finish
    • Inspect

    The floor app is one job on screen, and its clock is kept on the server, so it keeps counting through a locked screen. Units are recorded against the operation that produced them, so yield and scrap land on the right step.

How it works

You decide. Gauge does the bookkeeping.

Three things you do, and the arithmetic Gauge should have been doing all along.

You

  1. Add the part

    Part number, revision, files. Or map the columns of a list you already keep and bring the whole thing in.

  2. Take the order

    The quote you won becomes the sales order. You decide how far along an order has to be before it can release production, so nothing hits the floor on a maybe.

  3. Work the job

    Start the operation, record units, report an issue, close it out. From the tablet at the bench or the phone in your pocket.

Gauge

  • Rolls the cost up

    A parent costs the sum of its children. Reprice one bracket and every assembly above it re-costs itself.

  • Plans the material

    Orders and forecasts turn into a material plan, with the date each shortage bites.

  • Suggests the buy

    Each shortage arrives as a suggested purchase order, against the vendor and the lead time you already have on file.

  • Reserves the stock

    What is promised to a job is held against it, so available stays a number you can act on.

  • Releases the work

    Once an order reaches the status you chose, it becomes work orders with the routing already on them.

  • Keeps the record

    Who cleared a gate, when an operation ran, what scrapped. Written as the work happens, not after.

Getting started

Your parts in, your shop set up, work released

No consultant, and no implementation phase. Four steps, in this order, and you do them yourself.

  1. Bring your list in

    Items, BOMs, materials, a supplier list. Map the columns once and read the preview, and nothing is written until you say so.

    Import, not retyping

  2. Set up the shop

    Work centers, operations, equipment, locations, and how your part numbers are built. Gauge learns your vocabulary, not the other way around.

    Your own settings

  3. Add your people

    Invite your crew and give each role only the screens it needs, by department and work center. Turn modules on as you go.

    Roles, not seats

  4. Release the work

    A quote becomes an order, the order becomes work orders, and the floor picks the job up on a tablet.

    Quote to bench

Ready to ditch the spreadsheets?

Gauge is in early access. Ask for access and we will take it from there.

Request Access