How it works

From the part you need to a machine that cuts it

Buying a machine tool is not buying a product; it is buying a capability, and the listing describes the product. This page is the actual sequence we run, including the parts where you decide something and the parts where being vague costs you a machine.

Before anything: why this starts with your part

Almost every enquiry we get names a machine. Almost none of them should. The machine is the answer to a question — what do you need to cut, how big, how accurately, how often — and the question is where the buying decision actually lives.

Starting from a model number means you inherit whatever assumption the listing was written around. Starting from the part means the specification has something to be measured against, and a test cut has something to prove.

The seven steps

1. You describe the part, not the machine

   Material and alloy, the envelope of your largest realistic part, the tolerance you actually need, and how many a week. If you already have a machine in mind, send that too — we will tell you honestly whether it matches the four answers above.

   Time: your side. Cost: none. We do not charge to look.

2. We assign a class, and say when the class is above your budget

   Frame, drive train and spindle decide what a machine will cut, in that order, and they sort the market into a handful of classes. We name the class your work needs and what each class will not do.

   Where the honest answer is that your material needs a machine above the budget you named, we say so here, at the point where it is still free to change your mind — not after a quote has made it awkward.

   Time: usually same working day. Cost: none.

3. The specification pulled out of the listing, in numbers

   Chinese machine listings describe rigidity in adjectives. We pull out the numbers instead: frame material and section, unsupported span, screw type and diameter, rail type, spindle power with its cooling and collet system, the VFD model, the controller and its firmware, travel with workholding in place, clearance under the gantry, and crated weight.

   Crated weight is cross-checked against the freight quote, because those two numbers agreeing is itself a verification. We also establish whether the seller manufactures the machine or resells it, and which revision is currently in stock — the photographs are frequently a revision old.

   Time: one to three working days. Cost: none.

4. Electrical supply and compliance for your market, before price

   A machine sold domestically in China ships on Chinese voltage with a Chinese plug and, frequently, no CE or FCC file. Where you are operating it, the machinery rules and equipment-authorisation rules are the buyer's liability, and guarding and the stop circuit are almost always absent on a desktop machine.

   We establish what documentation exists for the specific model rather than the product family, and report what does not exist rather than implying it does. We also settle the tariff classification here, because correcting it after entry is expensive.

   You decide: whether the gap between what exists and what your site requires is one you can close yourself.

5. Test cut in your material — the step that settles it

   For anything metal-capable we recommend a test cut before shipping: your alloy, a stated cutter, recorded RPM, feed rate and depth of cut, and the finished part measured and photographed.

   It is the only evidence a specification cannot give you. A machine that chatters in 6061 on the factory floor will chatter in your workshop, and finding that out now costs a sample; finding it out after six weeks at sea costs the machine.

   Time: two to five working days. Cost: the cutter and the material, quoted before we order it.

6. One itemised quote, then your approval

   Machine, spindle and any upgrades fitted at source, tooling and collets, workholding, spares, export crating, inland haulage, freight, duty at the agreed classification, and our service fee — each on its own line. Nothing is bought until you approve it.

   You decide: whether to proceed, and sea or air. A machine prices on actual weight rather than volume, so air is frequently a large fraction of the machine price rather than a modest surcharge. We show you both and the difference.

7. Purchase, check, crate, ship

   We pay the supplier, receive the machine, check it against the packing list and the written specification, and photograph what we found. Then it is crated: the machine bolted to a forklift-handleable base, the gantry locked, the Z axis supported, the spindle braced or removed, rust preventive on bare surfaces and desiccant in the crate.

   Tooling and spares consolidate into the same consignment, because they cost almost nothing to add and a full shipment each to send separately.

   Time: supplier lead time plus checking; freight depends on the route you chose.

What this costs

Our service fee is a percentage of goods value, quoted on the same sheet as everything else. Steps one through four cost nothing — we would rather tell you early that a machine is the wrong machine than take a fee for discovering it late. Test cuts, crating and freight are real third-party costs and appear as their own lines, never folded into a margin.

Where machine orders actually go wrong

In order of how often we see it: the buyer picks on table size and price, and the frame turns out to be the limit — which no upgrade fixes. The test cut is skipped to save a week and the machine arrives unable to do the job it was bought for. The crate is built for something lighter and the gantry hammers the ballnut for six weeks at sea. And the last fifty metres are not planned, so a 90kg crate arrives at a workshop with no forklift and a step at the door.

All four are decidable before the machine moves. That is what steps two to five, and the crating specification in step seven, are for.