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GullySystem
Manufacturing · VMC Machining Shop Management Software

Pocket lists, tombstone fixtures, probe offsets and casting lots on one record per vertical centre.

Every batch carries its own setup. The record holds work offsets, the magazine pocket list, the fixture and the pieces each cycle yields, so a setter loads a vertical centre without retyping. Castings are checked for hardness and sand inclusions at receipt, then operators book good pieces and rejects with a cause every cycle. A night stop keeps its alarm number. The owner reads spindle hours cutting, changing over and idle for each centre.

  • Centres, tombstones, vice jaws and cycle standards entered as your floor runs them
  • Open batches, holder lists and casting stock migrated
  • Reject causes and batch stages adjusted by GullySystem staff when asked

Shops that machine pump casings, gearbox housings and valve bodies on vertical centres plan spindle loading, pocket lists and dispatch with VMC Machining Shop Management Software from GullySystem. Each batch holds its offsets, tool pockets, tombstone and pieces per cycle. Castings are received with shrinkage porosity noted, and unattended night runs keep the alarm that stopped them.

Where it breaks today

What goes wrong before the software.

Pockets are assigned from memory

The setter reads the programme to work out which BT40 holder sits in which magazine pocket, and a missing tap is found with the vice already clamped. Spindle stands idle.

Cycle time hides the idle spindle

A centre shows a fine cycle on the control yet waits half the shift for a bore gauge, a trunnion or a forklift. No single reason owns those idle hours.

Casting defects surface late

Cold shut, sand inclusion and shrinkage porosity show only after the first roughing pass. The foundry hears of it when somebody remembers to phone.

Counts differ between control and books

A four-up vice counts one cycle on the control, so the tally on the board and the ledger disagree each Monday. The stores clerk reconciles by hand.

Night stops carry no reason

A halt at three in the morning leaves a short batch and silence. The day crew restarts the programme without knowing if it was a tool life alarm, a clogged chip conveyor or a loose clamp.

Fixtures are known by their owners

Which sine plate, tombstone or soft jaw suits which housing lives in one planner’s head. A colleague schedules a batch on a centre whose table cannot hold the plate.

How it runs

How the work flows through it, step by step.

  1. 1

    Order and rough material

    A batch order arrives with a drawing, a quantity and a delivery date, and castings, forgings or bar blanks are reserved by heat or pour lot. The planner sees what truly sits in the yard.

  2. 2

    Loading the centre

    The planner picks a centre that owns the fixture, a pallet large enough for the plate and enough pockets for the holder list. The batch lands on the board with its setup allowance. Clashes show.

  3. 3

    Setup and probing

    The setter fills the magazine, clamps the tombstone and touch-probes to set G54 to G59 work offsets. The first piece goes to the surface plate. Only then does the batch release.

  4. 4

    Batch run

    Cycles are booked with good and rejected pieces against the fixture count, and a stop during an unattended run keeps its alarm number plus the tool that sat in the spindle.

  5. 5

    Wash, deburr and final check

    Lots pass through the parts washer and the deburring bench, then a sampled check of bore diameter with an air gauge and flatness on the granite plate. A failed sample holds the lot.

  6. 6

    Dispatch

    Packing lists name the lots, the delivery note is printed and the invoice follows in your currency and tax rules. Returnable crates are counted out.

Modules

What is inside.

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

Orders and batch quotations

Quote a batch from casting cost, cycle time, vice or tombstone changeover and the washing and deburring steps, then convert the accepted quote into an order. Revisions stay on file.

Spindle loading board

See every centre by day with batch, changeover, cutting time, service slots and idle gaps, and shift a batch between machines that share one fixture. Overloads show in red.

Magazine and tool lists

Hold the pocket numbers, holders, length offsets and life limits each programme needs, so a missing drill or tap shows against stock before the setter walks to the crib.

Fixture and pallet register

Record each fixture with its pieces per cycle, datum face and rack location, so cycles on a four-up vice convert into component counts.

Casting and forging receipt

Receive lots with a visual check and a Brinell hardness reading, hold the suspect ones, and note porosity or short fill against the foundry’s delivery note for a later claim.

Batch logs, probing and rejects

Book good and rejected pieces per cycle with a cause, and store the probe readings that approved each setup. Rework is logged apart from scrap.

Unattended-run notes

Log why a night run stopped: alarm number, tool, coolant refractometer reading or part loading. After a few months the list of causes turns into a preventive plan for the chip conveyor and tool changer.

Tool and holder stock

Count indexable inserts, drills, taps, reamers and collets by size, with reorder levels linked to the programmes that consume them, so a carbide grade never runs out mid-batch.

Washing, deburring and dispatch

Follow each lot through washer and deburring bench, pack it by count and print the delivery note. Short shipments are flagged before the truck leaves.

Machine maintenance

Schedule way lubrication, drawbar checks and spindle service by cutting hours, record breakdowns and keep the history of each centre. Owners read the pattern across years.

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

    Accepted quotes become orders with a quantity and delivery date, and the order is followed to the last lot dispatched.

  • Production Planning

    Batches are placed on each centre by fixture and holder fit, with changeover, cutting and service slots visible on one board.

  • Bill of Materials

    Each programme lists the holders, inserts and life limits it consumes, so the setter fills the magazine from one definition.

  • Goods Receipt (GRN)

    Foundry lots are booked in with hardness checks, suspect lots are held, and defects stay linked to the supplier’s delivery note.

  • Work Order Management

    Good and rejected pieces are booked per cycle with a cause, and the probe readings that approved the setup are kept.

  • Stock Tracking and Alerts

    Inserts, drills and holders are counted by size with reorder levels tied to the programmes that consume them.

  • Asset AMC Tracking

    Servicing of drawbar, ways and spindle is scheduled from cutting hours, and each breakdown is recorded against the centre.

  • Dashboards and KPIs

    The owner reads utilisation per centre, with cutting, changeover and idle hours beside the stop causes, and asks no one on any shift.

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 production planners

Load centres by fixture and holder availability, then move batches when a spindle bearing fails or a pallet changer jams. Clashes surface early.

For setters

See the pocket list, tombstone and probing steps for the batch, then book setup complete. Offsets are never retyped.

For operators and night shift

Book cycles and rejects at the control, and record why a run stopped before the shift ends, using the alarm list your controls produce.

For incoming and final inspection

Check castings at receipt for hardness and visible defects, and sampled parts at the end with a bore gauge, storing the results against the lot.

For owners

Read spindle hours cut and idle per centre, foundry defects and batches due on one screen. Nobody on the shop floor is phoned.

Reports

The numbers the owner asks for.

  • Spindle hours cutting, changing over and idle, per centre
  • Batches due, late and short, per buyer
  • Reject causes per housing and per centre
  • Blowholes and cold shuts per foundry lot
  • Night-run halts per alarm number
  • Insert and drill consumption per programme
  • Cycle time achieved against the CAM estimate
Good fit

Who this is built for.

  • Shops machining pump casings, valve bodies and gearbox housings on vertical centres
  • Contract machinists running repeat batches for hydraulic and automotive buyers
  • Plants where several centres share tombstones, vices and BT40 holders
  • Shops that run lights-out shifts with pallet changers or four-up fixtures
  • Machinists receiving gravity die, sand cast and forged blanks from outside foundries
Honest answer

When it is not the right choice.

  • A shop with one machining centre and a single buyer can plan from a whiteboard beside the control.
  • Shops that mainly turn bar or build press tools will find the CNC turning or tool room products closer.
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.

Machines and fixtures

Your centres, their pocket counts, pallet sizes and your fixture list are entered first, down to the soft jaws.

Standard times

Setup and cycle standards per part come from your CAM printouts and existing sheets, loaded once and checked by your planner.

Reject causes

A list of reject and stop causes that matches your floor, from tool breakage to chuck clamp slip, is agreed before go-live.

Supplier lots

Foundry and forging suppliers are set up with the checks you apply at the gate, such as Brinell readings and a dimensional sample.

Opening data

Open batches, tool stock and unpaid invoices are migrated and checked line by line by your office.

Works alongside

  • Email
  • WhatsApp or other messaging
  • Accounting export
  • Barcode labels
  • Machine controller data feed
Common questions

Questions owners ask before a demo.

Can it connect to the machine controls?

A data feed from Fanuc, Siemens or Mitsubishi controllers is possible and scoped as a separate project once we see your control makes. Without it, operators book cycles on a tablet beside the machine.

How are pieces per cycle handled?

The fixture record states how many pieces each cycle yields. One cycle on a four-up vice adds four components to the batch and to stock.

Can we hold a casting lot that looks suspect?

Yes. The lot is held at receipt after a hardness or porosity doubt. Batches that would use it show a warning to the planner until a named inspector clears it.

Does it plan tool requirements?

Each programme lists the holders, drills and taps it needs, and the list is compared with stock. A shortage shows before the batch reaches the spindle, not at it.

Can a batch move to another machine?

Yes, when the fixture and holder list fit. The planner sees which centres qualify and the free hours beside each. Table size is checked.

What about parts that need outside treatment?

Anything sent out, such as zinc plating, anodising or stress relieving, becomes a stage with its own delivery note and promised return. The batch waits there until the lot is booked back.

Is machine downtime recorded?

Yes. Breakdowns, planned service and waiting causes are booked against the centre and feed the spindle report that separates cutting, changeover and idle.

How long does it take to load our existing data?

That depends on how clean your part, holder and fixture lists are. Your office checks a first import line by line, and corrections are made before anyone relies on the figures.

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

Book a demo

See VMC Machining Shop 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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