Taiwan builds a wide range of machining centres, lathes, grinders and injection moulding machines, and many buyers abroad already run them. Buying one for the first time is still harder than it looks from a catalogue. The same model can be sold directly by the maker or through a distributor with very different service behind it; the controller and its software options are often a separate decision from the machine; and the acceptance test that protects you has to happen in Taiwan, before the machine is crated.
💬 Buying a machine tool or a moulding machine from Taiwan and want the specification, the witness inspection and the shipment handled in one place? We find, vet and manage the right supplier for each machine as part of sourcing from across Asia. How we work there: our sourcing agent service for Taiwan. Send us your requirement.
This article is about buying the machine. Checking that a Taiwanese company is real, certificates of origin and ports are covered in sourcing from Taiwan: a buyer’s step-by-step guide. Installation, training and spare parts follow the same logic as for Japanese equipment, set out in installing machinery abroad: what to agree first.
Maker direct, distributor or agent: decide who stands behind the machine
Choose the route by who will service the machine after it arrives, not only by who quotes the lowest price, because that party is the one you will call for every alarm and spare part.
A Taiwanese machine builder may export directly, appoint distributors in particular countries, or both. A maker with a distributor in your country may refer your enquiry to that distributor, or may quote you directly with the distributor handling installation and service. Ask the question early, because it decides who you negotiate with and who carries the warranty.
| Route | What you get | What to check |
|---|---|---|
| Direct from the maker | Direct technical contact; you arrange shipping, installation and import | Who installs and services in your country; how warranty claims are handled at a distance |
| Maker’s appointed distributor in your country | Local installation, service, spare-parts stock, local-language training | Whether the distributor is authorised for that product line; what stock it actually holds |
| Trading company or sourcing agent | Comparison across makers, specification work, inspection and shipping in one place | That the maker’s warranty passes to you as end user; who you call for service |
Whatever the route, ask for the warranty terms in writing — what is covered, from which date (shipment, arrival or acceptance), and whether parts, labour and travel are included — and ask who holds controller and servo spares near you.
Specifying a machining centre or lathe
Specify the machine from the work it has to do — your largest part, your hardest material and your tightest tolerance — and list every option on the order, because an option left off the order confirmation is an option you will not receive.
Begin with a sample part or a family of parts. Give the supplier the drawing, the material and the annual volume, and ask it to propose a machine and a cycle time from those. Then fix the specification line by line:
- Travel, table and load. Axis travels, table size and maximum table load for your largest workpiece and fixture together.
- Spindle. Taper and tool interface, speed range, power and torque at the speeds you will actually use, and whether coolant through the spindle is required.
- Tool changer. Magazine capacity, maximum tool size and weight.
- Accuracy and acceptance basis. State the test code the geometric acceptance will follow. ISO 10791-1:2015 sets geometric tests for machining centres with a horizontal spindle, and ISO 13041-1:2020 for numerically controlled turning machines with a horizontal workholding spindle; both were confirmed as current by ISO. Other parts of each series cover other configurations. Checked on iso.org on 19 October 2026.
- Chip and coolant. Chip conveyor type for your material, coolant tank, oil skimmer or mist collector if needed.
- Electrical supply. State your plant’s voltage, frequency and earthing, and ask whether the machine needs a transformer. A machine built for one supply is not automatically right for another.
- Safety marking at destination. Your country may require a conformity marking or declaration. For the European Union, Regulation (EU) 2023/1230 on machinery applies from 14 January 2027 and replaces Directive 2006/42/EC; machinery placed on the market under the Directive before that date may still be made available. Checked on EUR-Lex on 19 October 2026. For any other destination, confirm the current rules in the importing country.
Specifying an injection moulding machine
Size an injection moulding machine to the moulds it will run, not the other way round, and check every mould you own against the platen, tie-bars and mould-height range before you order.
Clamp force is the first number buyers look at, but it is rarely the one that causes trouble on arrival. The usual problem is physical fit: a mould that will not pass between the tie-bars, is too tall or too thin for the mould-height range, or has an ejector pattern the machine does not offer.
| Specification point | What to decide | Why it matters |
|---|---|---|
| Clamp force | From projected area and material, with margin agreed with your process engineer | Too low gives flash; too high wastes energy and space |
| Tie-bar spacing and platen size | Large enough for your largest mould | A mould that cannot be loaded cannot run |
| Mould height range and opening stroke | Covers your thinnest and thickest mould, and part removal | Ejection and robot take-out need space |
| Shot capacity and screw | Shot size, screw diameter and screw design for your resin | Glass-filled or heat-sensitive resins may need a different screw and barrel |
| Locating ring, nozzle and ejector pattern | Matched to your existing moulds | Avoids adaptor plates and modified moulds |
| Drive type | Hydraulic, all-electric or hybrid, against your parts and energy cost | Affects repeatability, maintenance and power demand |
| Interfaces | Robot interface, core-pull circuits, hot-runner and temperature-controller connections | Peripheral equipment must talk to the machine |
If the moulds are coming from Japan, the press data the toolmaker needs is listed in making moulds and dies in Japan for an overseas factory. Send the same data sheet to both sides.
💬 Choosing between several Taiwanese machines and not sure which specification differences actually matter for your parts? Send us the drawings and the moulds’ data and we will put the quotations side by side.
The controller: choose it as carefully as the machine
The controller decides how your operators program, how your maintenance team diagnoses faults and how quickly you get spare boards, so name its make, series and software options on the order.
A machine builder may offer more than one controller make on the same model, and the choice changes the price, the delivery and the service. Ask:
- Which controller make and series are offered on this model, and which one your programmers and maintenance team already know.
- Which software options are included. Functions such as additional axes, high-speed machining features, macro programming or conversational programming are often licensed separately. List them on the order and check them on the controller screen at inspection.
- Language and documentation. Screen language, alarm list and maintenance manual in a language your team reads.
- Local service and spares. Who services the controller and the drives in your country, and where spare boards and servo units are stocked.
- Backups. A full backup of parameters, ladder logic and options supplied with the machine, so a failed control can be restored.
Witness inspection in Taiwan: the test that protects you
Inspect the machine at the builder’s plant before it is crated, against a written test plan agreed at order, and do not authorise shipment until the defects found are cleared.
A witness inspection (often called a factory acceptance test) is the last point at which the builder can correct a problem cheaply. Agree the test plan with the order, not the week before shipment.
| Check | What to look for | Evidence to take away |
|---|---|---|
| Specification | Every option on the order is fitted; nameplate matches the order | Photos of the nameplate and option list on the controller |
| Geometric accuracy | Tests to the agreed ISO test code and tolerances | Signed test sheet with measured values |
| Test cut or test moulding | Your own part, in your material, at your cycle | Measured parts and the program or condition sheet |
| Run-in | The machine runs continuously for the agreed period without alarms | Alarm history screen |
| Electrical and safety | Supply voltage set to yours; guards, interlocks and emergency stops working | Photos and the electrical drawings |
| Documents | Manuals, electrical drawings, parameter backup, spare-parts list | A copy handed over at inspection |
If you cannot travel, have someone attend for you with the test plan, or at least require a live video session with the measurements shown on screen.
Export, shipping and arrival
Agree the export classification, the packing and the destination duty before the machine leaves Taiwan, and plan installation before it arrives.
Export control. Whether a machine needs a Taiwanese export permit depends on its specification against Taiwan’s strategic high-tech commodities (SHTC) control list and on its end use and end user; separate rules apply to certain destinations. Machine tools can sit close to those specifications. Ask the builder to confirm the classification in writing at the quotation stage. How the SHTC permit system works is explained in Taiwan electronics OEM and ODM.
Packing. Ask for axes locked with shipping brackets, rust protection on exposed surfaces, coolant and hydraulic oil drained as the builder specifies, a moisture-barrier wrap and a crate whose wood meets the importing country’s rules. Photograph the machine inside the crate before it is closed.
Documents and duty. The certificate of origin and other export documents are covered in sourcing from Taiwan: a buyer’s step-by-step guide. If the machine is going to Vietnam, Taiwan has no preferential trade agreement with Vietnam, so build the ordinary rate into the cost — see importing into Vietnam from Thailand, Malaysia or Taiwan and comparing Asian suppliers on landed cost.
Arrival. Plan the foundation, power supply, air and rigging before the ship sails. Separate installation from commissioning in the contract, and tie the final payment to acceptance at your plant rather than to arrival.
A working sequence
Fix the work, then the route, then the specification and controller, then the test plan — and keep the final payment for acceptance.
- Define the work: drawings, materials, volumes and existing moulds or fixtures.
- Decide the route: maker direct, local distributor or a trading company, by who will service the machine.
- Fix the specification and controller line by line, including software options and electrical supply.
- Agree the test plan and warranty with the order.
- Witness the machine in Taiwan and clear defects before shipment.
- Confirm export classification, packing and duty, then ship.
- Install, commission and accept at your plant against the same test plan.
For an overview of the other equipment and parts we source across Asia and Japan, see the industrial sourcing page.
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Frequently asked questions
1. Should I buy directly from a Taiwanese machine builder or from its distributor?
Decide by who will service the machine. Buying direct gives you a direct technical contact; a local distributor usually gives you installation, spares and service nearby. Ask the builder which arrangement applies in your country.
2. Which controller should I choose?
The one your programmers and maintenance team can support, with service and spare parts available near you. Name the make, series and every licensed software option on the order and check them on the screen at inspection.
3. What standard should the accuracy test follow?
Agree an ISO test code with the order, for example ISO 10791 for machining centres or ISO 13041 for turning machines, and the tolerances to be applied. A signed sheet with measured values is your acceptance evidence.
4. Does a Taiwanese machine tool need an export permit?
Only if it meets a specification on Taiwan’s SHTC control list or the end use or end user raises a concern, and some destinations have separate rules. Ask the builder to confirm the classification in writing before you order.
5. Can my existing moulds run on a new Taiwanese injection moulding machine?
Check each mould against the tie-bar spacing, platen size, mould-height range, locating ring, nozzle and ejector pattern before you order. Clamp force alone does not tell you whether the mould will fit.
Sources: ISO 10791-1:2015 and ISO 13041-1:2020 catalogue pages on iso.org (status confirmed current); Regulation (EU) 2023/1230 on machinery, Articles 52 and 54, on EUR-Lex. Checked on 19 October 2026.
More industrial sourcing guides: Buying New Japanese Machine Tools from Overseas, Step by Step · Buying Japanese Injection Moulding Machines and Presses · Japanese Machinery on Overseas Power: Volts, Hz and Marks. All guides by category are on the industrial sourcing page.