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GullySystem
Manufacturing · Special Purpose Machine Builder Management Software

One record from the first sketch of the fixture to the signed factory acceptance test.

Hold the requirement sheet, costed quotation, arrangement drawing at revision C, servo drive orders, panel wiring stage and factory acceptance test under one machine number. Designers, fitters, electricians and the office read the same record. Nothing hides in a mail attachment.

  • Parts catalogue, supplier list and stage names keyed in as your builds run
  • Open machine orders, parts lists and unpaid milestones migrated
  • Changes to stages and milestone terms handled by GullySystem staff on request

Builders of one-off assembly stations, leak test stands and dedicated boring machines keep quotations, parts lists and acceptance in Special Purpose Machine Builder Management Software, which GullySystem configures for the shop. Each machine carries its drawing revision, bought-out orders, trial faults and payment instalments. A delivered machine keeps its spares list for later service.

Where it breaks today

What goes wrong before the software.

The specification moves after the quote

During design review the customer adds a second connector variant to the pallet. The quotation, the arrangement drawing and the parts list each change on different days, while the price stays where it was. Margin leaks quietly. Nobody reprices the extra connector.

Parts lists and drawings disagree

A designer moves the linear guide rail on the arrangement drawing, but the buyer still orders from last week’s list. The fitter discovers the clash when a bracket will not bolt to the base frame. Rework follows.

Long-lead items surface late

Servo drives, vision cameras and imported ball screws take weeks to arrive, and nobody holds a list of what is ordered against which machine. Assembly begins, then stops at station three. Fitters stand idle.

Frames and plates go to outside shops untracked

Welded bases, ground base plates and bored housings travel to outside shops on a handwritten slip. Nobody records what left, what date was promised, or whether the flatness came back within the drawing tolerance. The slip is the only record.

Trial faults are lost between teams

The feeder jam, the proximity sensor setting and the PLC timer fix are discussed beside the machine and never written down. Six months later the next machine of the same family fails in the same way.

Delivered machines have no usable history

Two years on, the buyer wants a new gripper finger or a changed HMI screen. The build record, the drawing revision and the maker of the pneumatic cylinder lie scattered across folders and old mail.

How it runs

How the work flows through it, step by step.

  1. 1

    Requirement and quotation

    The customer sends a requirement sheet with sample components and a target cycle time. A concept layout and a costed quotation follow, with design, machining, bought-out items, panel wiring, PLC programming and commissioning priced as separate blocks. Scope is agreed in writing.

  2. 2

    Design and parts list

    After order confirmation a design review fixes the station layout. The machine receives its number, its drawing set and a parts list divided into machined, fabricated and bought-out lines. Revision A is released.

  3. 3

    Procurement and fabrication

    Bought-out orders go to the suppliers of drives, cylinders and sensors. Base frames, plates and fixtures are released to your shop or an outside process, and every part is followed back through inspection against its drawing.

  4. 4

    Assembly, wiring and programming

    Fitters build the stations while electricians wire the control panel. The programmer loads the PLC logic and records the program version. Each stage has a named owner. Everyone sees its status.

  5. 5

    Trial run and acceptance

    The machine runs on the customer’s sample components in your shop, and each jam, misread and fix is logged with the cycle time observed. The customer attends the factory acceptance test and signs the result.

  6. 6

    Dispatch, commissioning and service

    Crating, shipping and the site commissioning visit are recorded. Later spares, warranty claims and service calls attach to the delivered machine by its number.

Modules

What is inside.

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

Requirement sheets and quotations

Capture the customer’s specification, sample components and target cycle time, then price the machine in blocks. Every quotation revision is kept, and the won or lost outcome is recorded with the reason.

Machine register

Give each machine a number, a customer, a model family and an owner. Its arrangement drawing, parts list, stage statuses and trial photographs sit together in one place. Nothing sits in a private folder.

Drawing revisions

Attach arrangement and detail drawings with revision letters, so the fitter and the outside fabricator open only the released set. A superseded sheet is marked and withdrawn.

Bills of materials

Build the parts list per machine from machined, fabricated and bought-out lines, copy it from an earlier machine and keep the edit history. Differences between two builds are listed.

Bought-out orders and receipts

Raise orders for servo drives, pneumatic cylinders, proximity sensors, linear guides and bearings. Record promised dates and receipts, and see overdue items before the fitter asks.

Fabrication and subcontract jobs

Release welded frames, ground base plates and bored housings to your shop or outside processes. Record what left on the slip, then check each returned part against the drawing dimensions.

Assembly and panel stages

Mark mechanical assembly, panel wiring and PLC loading as stages with owners. Everyone then sees which stage blocks the trial run, whether a missing contactor or an unfinished guard.

Trial and acceptance log

Record faults, corrective actions, observed cycle time and good part counts for each trial. The customer’s acceptance sign-off is held against the machine, with the sample components used.

Milestone billing

Tie each instalment, such as advance, pre-dispatch and post-commissioning, to a stage. Closing the stage raises the bill, and each payment received is matched to it.

Commissioning and spares

Log site visits and snags, keep the as-built parts list of each delivered machine, and price spare requests such as gripper fingers and sensor brackets from it.

Solutions inside

The business modules it is built from.

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

  • Quote & Proposal Management

    The quotation is priced in blocks for design, machining, bought-out items and commissioning from the requirement sheet, with each revision kept.

  • Bill of Materials

    Each machine has a parts list of machined, fabricated and bought-out lines, copied from an earlier machine and edited with a history of every change.

  • Purchase Order Management

    Orders for servo drives, pneumatic cylinders and sensors carry promised dates against the machine they serve, so late items show before assembly starts.

  • Job Work Management

    Welded frames, ground plates and shafts sent to outside shops are listed on a slip, followed to return and checked against the quantity sent.

  • Work Order Management

    Mechanical assembly, panel wiring and PLC loading run as separate stages with owners and statuses, so the trial run waits on nothing hidden.

  • Project Document Management

    Arrangement and detail drawings are filed with revision letters against the machine, and the shop floor opens only the released set.

  • Quality Control

    Faults found in the in-house run, the corrective action and the customer’s acceptance sign-off are recorded against the machine with the observed cycle time.

  • Invoice Management

    An instalment invoice is raised when the matching stage closes, whether advance, pre-dispatch or post-commissioning, and receipts post against it.

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 the owner and project head

See machines in build, late servo and sensor orders, trial faults still open and instalments waiting on a stage.

For design engineers

Release drawings with a revision letter, build parts lists from an earlier machine, and see what purchasing has already ordered against each line. Purchasing sees every change.

For fitters and electricians

Open the machine, read the current drawing set and mark each assembly, pneumatic piping or wiring stage done from a tablet at the bench.

For purchase and stores

Raise bought-out orders, receive drives and cylinders against the machine number, and chase the suppliers whose promised dates have passed.

For the commissioning engineer

Open the delivered machine’s as-built list, read the PLC program version, log site snags and record the customer’s sign-off.

Reports

The numbers the owner asks for.

  • Machines on the floor by stage, with the promised dispatch date
  • Bought-out items overdue, by supplier and machine number
  • Quoted block cost against actual cost for each finished machine
  • Trial faults open and closed, by machine family and station
  • Instalments due, invoiced and received, by order
  • Frames and plates sent to outside shops and still awaited, by vendor
  • Spares sold, by delivered machine and part
Good fit

Who this is built for.

  • Builders of assembly stations and automation cells made around one customer’s component
  • Makers of dedicated drilling, tapping and boring machines with indexing tables
  • Shops that build leak test stands, end-of-line testers and functional test rigs to order
  • Builders who fit vibratory bowl feeders, conveyors and pick-and-place grippers into a made-to-order line
  • Firms that install a machine at the customer’s site and keep a spares business afterwards
Honest answer

When it is not the right choice.

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.

Stages and milestones

The build stages you use and the instalment structure of your orders are set up first, so invoices follow the contract the customer signed.

Parts catalogue and suppliers

Your standard cylinders, linear guides, proximity sensors and drive makes, with their usual suppliers, go in as a catalogue that the parts list picks from.

Drawing numbering

Machine, assembly and part numbering follow your own scheme. Revision letters carry through every drawing, parts list and trial record. Your numbering stays as it is.

Open orders migrated

Machines on the floor, their parts lists and instalments not yet received are loaded from your spreadsheets. Designers and buyers then read each one side by side.

Works alongside

  • Email
  • WhatsApp
  • Accounting export
  • Drawing file attachments
  • Supplier purchase order PDF
Common questions

Questions owners ask before a demo.

Can a new machine start from an old machine’s parts list?

Yes. You copy the list, change the lines the new requirement alters and keep both. The differences between the two builds stay visible, so the designer sees what moved.

Does it replace our CAD software?

No. Drawings are made in your CAD package and attached here with a revision letter. The shop floor works from the released file, never from an emailed copy.

How are payment milestones set?

Each order gets its own instalments, for example advance, pre-dispatch and after commissioning. Closing a stage on the machine record prompts the matching invoice.

Can we track parts sent to an outside machine shop?

Yes. The slip lists the plates, shafts or fixtures sent, the promised return date and the quantity back. A part that returns short, or marked out of tolerance, is visible at once.

What happens when the customer rejects a feature during acceptance?

The rejection is logged against the machine with the sample components used. The corrective work becomes a task, and the sign-off stays open until it closes.

Can service engineers see what we delivered?

Yes. The as-built parts list, PLC program version and acceptance record sit on the machine. An engineer on a site visit reads them in a phone browser.

What does a builder need to give us to begin?

A list of running machines, your usual suppliers and the stages you track. Parts lists kept in spreadsheets can be loaded once the office has checked the first few.

How is the cost decided?

Cost follows how many people log in and how many build stages and drawings or test sheets we set up. We start by demonstrating one of your own machines, and the figure follows in writing.

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

Book a demo

See Special Purpose Machine Builder 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

Start with your requirements

Seven short steps that tell us what you need. An engineer reads them before getting in touch.

Share your requirements