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GullySystem
Manufacturing · Engine Component Manufacturer Management Software

Foundry heat, lathe programme, bore reading and tray label stay on one record per engine part lot.

A grey iron liner blank arrives with a foundry heat number and a spectrometer sheet. From there the lot picks up its drawing revision, rough turning, plateau honing, bore gauge readings and the returnable tray it leaves in. Planner, gauge inspector and despatch clerk open the same lot. Nobody rebuilds its story from slips.

  • Part numbers, routes and control plan features entered as your shop runs them
  • Open orders, blank stock and customer call-offs brought across
  • Route steps and inspection fields changed by GullySystem staff on request

Pistons, liners, valves, connecting rods and camshafts are followed from foundry heat or forging batch to the packed tray, in Engine Component Manufacturer Management Software from GullySystem. It holds call-offs, drawing revisions, first-off approvals, bore and runout readings and hardening returns, so a vehicle maker’s lot query gets an answer from one screen.

Where it breaks today

What goes wrong before the software.

Foundry heat tags get lost

Blanks arrive with a heat number and a spectrometer sheet. After rough turning the tag is a chalk mark on a pallet. The finished tray carries only a part number.

Drawing revisions run side by side

A deeper circlip groove is announced by email. One lathe still runs the old programme while the gauge room checks the new drawing, so good parts get rejected.

Inspection data lives in several places

Coordinate measuring machine printouts, Rockwell hardness logs and handwritten first-off sheets sit apart. A single lot query means pulling all three and hoping the dates agree.

Tool changes are not tied to output

Carbide inserts and CBN grinding wheels change between lots. When bore taper drifts, nobody can say which pistons were cut with the worn edge.

Outside process trays go missing

Gudgeon pins leave for induction hardening or phosphating in batches on a delivery note. The certificate follows later, and nobody sees what is still out.

Returnable trays are counted by hand

Customers lend tray sets and bill for losses. The shop counts empties on a whiteboard. The difference is argued at quarter end.

How it runs

How the work flows through it, step by step.

  1. 1

    Schedule received

    The vehicle maker’s monthly schedule and weekly call-offs are keyed by part number, with delivery dates, trays per pallet and label format.

  2. 2

    Material released

    Blanks are booked in against the purchase order with the foundry heat or forging batch. The work order then draws stock by that lot.

  3. 3

    Route and first-off

    Planning loads lathes, centreless grinders and honing machines. After each insert or offset change the first piece goes to the gauge room, and the run starts only on approval.

  4. 4

    In-process and final checks

    Operators and inspectors record bore, ovality, runout, hardness and surface finish. A reading outside limits parks the lot. Nothing moves on.

  5. 5

    Outside processes

    Trays leave on a delivery note for nitriding or coating and return against the certificate. Parts rejoin the route at the next step.

  6. 6

    Pack and despatch

    Counted parts go into the customer’s trays with their labels. Every heat number in the tray prints on the packing list that travels with it.

Modules

What is inside.

Every module can be switched on, left out or changed to match how your team already works.

Customer schedules and call-offs

Hold monthly schedules and weekly releases per part number, so the planner sees how many pistons each vehicle maker wants by which date.

Part master and drawing revisions

Keep each part’s live drawing, revision letter, process sheet and lathe programme reference, with old revisions retained for lot history.

Casting and forging receipt

Book blanks in against a purchase order with foundry heat, spectrometer sheet and ultrasonic or dye penetrant result, and hold rejects apart.

Machine loading and routes

Plan lots across lathes, grinders, honing and balancing machines, and see which spindle each lot is on and what is queued behind it.

First-off approval

After any insert, offset or fixture change, the first piece is filed with its measured values and the name of whoever passed it. The run waits for that entry.

Gauge, hardness and runout results

Record measured values per lot with the instrument used, and show calibration due dates so an overdue bore gauge is never picked up.

Tool and wheel life

Note insert changes and wheel dressing against lots, so a drifting diameter points to the edge that was cutting.

Outside process control

Send trays for induction hardening, phosphating or coating, follow the delivery note, and match the returning certificate to the lot.

Packing, trays and despatch

Count parts into returnable trays, print customer labels and packing lists, and track tray balances per customer.

Lot history lookup

Open any finished lot to see blank origin, route steps, readings and shipment, ready for a customer’s quality query.

Solutions inside

The business modules it is built from.

Each one is also available on its own, or inside a system built for you.

  • Order Management

    Monthly schedules and weekly releases are held per part number, so planners load lathes and grinders against the dates each vehicle maker has set.

  • Batch and Serial Tracking

    The foundry heat or forging batch booked at receipt travels with the blanks and appears again on the packing list for the shipped tray.

  • Production Planning

    Lots are loaded across lathes, grinders and honing machines from the call-off, and the queue at each spindle is visible to the planner.

  • Work Order Management

    A lot waits on its first-off record after every insert or offset change, and the inspector’s approval releases the run.

  • Quality Control

    Measured bore, runout and hardness values are filed per lot with the instrument used, and a reading outside limits parks the lot.

  • Job Work Management

    Trays sent for hardening or coating leave on a delivery note and return against a certificate, with days away shown for each.

  • Document Management

    Each part keeps its live drawing, process sheet and programme reference, and earlier revisions stay available for lot history.

  • Fixed Asset Register

    Machines, gauges and tooling are listed as assets, so wheel dressing and insert changes can be tied back to the equipment that made a lot.

Services

How we would put it in.

Setup, data migration, integrations and anything built on top.

Who uses it

One system, each person sees their part.

For plant heads

See lots running, call-offs at risk and rejection by part family without walking each bay.

For planners

Load machines from the customer schedule, watch each queue and shift a lot when a lathe is down for spindle repair.

For machine operators

Open the lot on the station screen, log the first piece and enter insert changes as they happen.

For the gauge room

Enter each reading, park a failed lot and release it after review. Calibration dates sit beside every gauge, and a master ring is never forgotten.

For despatch

Pack against the call-off, print labels and the packing list, and see tray balances per customer.

Reports

The numbers the owner asks for.

  • Lots by route step and machine
  • First-off approvals by part and offset change
  • Rejection by part, dimension and cutting tool
  • Outside process trays out, with days away and certificate status
  • Call-off schedule against despatch by customer
  • Tray balance by customer
  • Gauge and master ring calibration due dates
Good fit

Who this is built for.

  • Makers of pistons, cylinder liners and valve train parts for vehicle makers
  • Shops machining crankshafts, camshafts and connecting rods from forged blanks
  • Suppliers of engine bearings, gaskets and fasteners to assembly plants
  • Foundries that machine their own castings before despatch
  • Second-tier machine shops working to a vehicle maker’s control plan
Honest answer

When it is not the right choice.

  • A small job shop doing a few one-off engine rebores will find a simpler job tracker closer.
  • Vehicle assembly plants will find Auto Manufacturer Management Software nearer to how they work.
Made to fit

Adapted to your business before it goes live.

You are not handed a login and left to it. The product is set up around your records, your people and the tools you already use.

Part families and routes

A piston, a liner and a camshaft each carry separate route steps, gauge plans and tray rules. We set them up from how your bays already run.

Inspection fields

Whatever the control plan asks per feature, such as bore, ovality, lobe lift or case depth, becomes a field with its limits, filled in alongside your inspectors.

Customer labelling

Label layouts and packing rules for each vehicle maker are set per customer, down to the barcode format on the tray.

Records brought across

Your current part masters, open orders and blank stock are loaded in. We then walk the racks with your stores staff and check the counts. Only then does the shop switch over.

Works alongside

  • Email
  • WhatsApp
  • Measuring equipment file import
  • Accounting export
Common questions

Questions owners ask before a demo.

Can it follow a lot from casting to tray?

Yes. The blank’s foundry heat or forging batch is booked at receipt and stays on the record through each route step to the packed tray and shipment.

How are drawing revisions kept apart?

Each part holds its live revision letter and the lathe programme reference. Old revisions stay on file, so a lot made last year shows the drawing it was cut to.

Can first-off approval stop a run?

Yes. After a flagged offset or insert change the lot waits on its first-off record. The machine screen shows it as held until the inspector approves.

Can it take readings from the coordinate measuring machine in our gauge room?

Values can be typed in at the inspection table, and importing from instrument files can be scoped. Which machines connect is reviewed during implementation.

Can outside heat treatment be tracked?

Yes. A tray of gudgeon pins goes out with its delivery note and is closed only when the certificate arrives. Anything past its promised date shows on the outside process list.

What happens when a customer reports a bad lot?

You open the lot. Its blank origin, route steps, readings and shipment are all there, and other lots cut from the same foundry heat can then be listed.

How is pricing worked out?

Users, plants and instruments to connect all affect the figure. A demo runs on your own piston and liner part numbers first, then the quotation arrives in writing.

Can we take our records out?

Yes. Heat records, bore inspection sheets and despatch records can all be exported as files in a layout we agree beforehand, so your quality archive is never locked in.

Wondering what it would cost? Share your requirements and an engineer will come back with a scope.

Book a demo

See Engine Component Manufacturer Management Software with your own data.

Tell us how you run things today. We’ll show you the parts that matter to you and say plainly what would need changing.

  • No obligation
  • A reply within one business day
  • Your details stay private

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