The installation week decides how the machine performs for the next five years. A printer that is placed, levelled and measured properly, with operators trained on the routines that keep it clean, produces consistent work from the first month. One that is installed quickly and commissioned by demonstration is usually traced back to the same week when a quality problem appears two quarters later.

This guide covers what an installation involves, what has to be ready before the machine arrives, what commissioning should prove, what operator training needs to cover, what the handover record should contain, and how the published support model works once the engineer has left.

What does a UV printer installation actually involve?

Physical setup, verification and operator handover.

An installation covers positioning and levelling, re-measurement of the calibration baseline on your floor, software setup and operator training on the routines that protect consumables.

The distinction worth holding on to is between delivery and commissioning. Delivery places the machine and connects it. Commissioning proves that the machine still performs as it did when it was tested at the factory, after several thousand kilometres of transport and a lift onto a floor that may not be perfectly level. The published factory process for this range records a measured baseline before crating precisely so that it can be compared at the destination.

It is also where the operating routine is established. The machine will be capped, wiped, cleaned and reloaded thousands of times by people who were not in the room when it was installed, so the installation is the only opportunity to set those habits with the people who will actually do the work.

What has to be ready before the machine arrives?

Power, access, floor capacity and the ambient band.

The flatbed models are published at AC 220 V, 50/60 Hz with more than 20 A on several models, and the AJ2130 series measures 4172 by 4250 by 1390 mm at 1850 kg.

Those published figures convert into four site tasks. Electrical: a dedicated supply sized above the machine's requirement, installed and tested before the delivery date rather than on the day. Access: door widths, corridor turns, lift capacity and the route from the loading bay to the final position, checked against the machine envelope rather than estimated. Floor: load capacity and levelness, since 1850 kg concentrated under a machine is a different question from the same mass spread across a warehouse. And environment: operating conditions are published as 20 to 30 °C at 40 to 60 percent relative humidity for several models, so a room outside that band should be corrected before the machine is commissioned in it.

Two further items belong on the checklist. Extraction and ventilation should be installed and working, because the room is an industrial process area and the requirements are set nationally (HSE). And a waste ink location should be designated with secondary containment, since waste handling is an operator obligation in most jurisdictions rather than a supplier one (US EPA).

How does commissioning prove the machine works?

By repeating the factory measurements on your floor.

Commissioning should re-measure the values recorded before crating, such as flatness, squareness, alignment and drop placement, rather than rely on a demonstration print.

The practical test is whether the numbers match the record that travelled with the machine. If the gantry squareness or bed flatness measured on site differs from the factory value, the difference is either transportation or the floor, and both are easier to correct on the day than a month later when a customer complains about a bowed edge on a wide panel.

Commissioning should also include the parts that only exist on site: extraction performance, the vacuum field across the real bed, and a first print on a substrate from the customer's own stock. That last item matters because a machine can pass every geometric check and still produce an unacceptable result on a particular board or coating. Where the substrate has been sample-tested before the order, commissioning is the moment to confirm that the production material behaves like the sample.

What should operator training cover?

Capping, wiping, waste handling and the daily checks.

The published training emphasis is daily maintenance, because ink, ink tubes, filters and printheads are excluded from the two-year warranty and their life depends on routine care.

The published warranty for this range covers non-consumable mechanical and electrical parts, including motors, motherboards, drivers and sensors, and excludes ink, ink tubes, filters and printheads as consumables subject to wear. The stated purpose of the daily maintenance training is to help maximise the life of those parts, which makes the training a cost-control measure rather than an orientation session.

Training should therefore be hands-on and per shift. The operators who run the machine at the end of the week need the same routine as the ones who run it on Monday, and a session attended by one person from one shift produces a machine that is maintained properly for five days out of seven. Where the configuration includes specific hardware, training should be given on that hardware: the AJ2130EX is published with a redesigned capping and wiping system, and the AJ2513G/R with a slide-out waste ink collector, so the routine is model-specific rather than generic.

What should the handover record contain?

Measurements, settings, profiles and the trained operators.

The record should list the machine serial number, the measured baseline values, the installed profile set, the substrates those profiles cover and the names of the operators who completed training.

The value of the record appears later, in two situations. When a quality problem develops, the record shows whether the machine has moved away from its installed state or whether the input material changed. And when a service team is asked to diagnose remotely, having the baseline values means the conversation starts from a known position rather than from a description of the symptom.

Three items are worth insisting on. The measured values, not a statement that they were checked. The profile set by substrate name, including the batch the profile was built on. And the trained operators by name, because a machine is only as well maintained as the least-trained person who runs it. Keeping the record with the machine, rather than in an office file, is what makes it useful.

How is remote support used after handover?

For most faults, before anyone travels.

The published model resolves more than 80 percent of issues remotely during business hours Monday to Saturday, using video calls and remote desktop access.

That proportion matters for planning because it changes what downtime looks like in practice. A calibration drift, a software setting, a colour question or an ink-system symptom is usually resolvable in a session rather than a visit, provided the operator can describe what changed and the machine is in a state where a technician can see it. Remote sessions work best when the machine has network access at the operator station and when the maintenance record is available to whoever is on the call.

It is worth establishing the terms before installation: whether remote support is included, what its hours are in your time zone, and what preparation is expected from the operator. The published terms for the cylinder platform also include 24/7 technical support with a three-hour response and guaranteed parts availability for eight years, which is the kind of specific commitment worth requesting in writing for a flatbed purchase as well.

What happens when a fault needs a technician?

A certified technician is dispatched within 48 hours.

Technicians are published as based in Thailand, India, Bangladesh, Vietnam, South Europe and the USA, so the practical question is the distance to the nearest base.

That question should be answered during the purchase rather than after a failure. A buyer in a region with a local technician base has a materially different risk profile from one several days of travel away, even if the machine is identical. The useful items to confirm in writing are the dispatch target, who pays for travel and accommodation, what happens if a part has to be shipped, and how the machine is brought back into production in the meantime.

Machinery placed on the European market also carries documentation obligations that affect what the technician is working to, and the applicable framework sets out the manufacturer's responsibilities for the product and its documentation (European Commission, machinery). Where the installation is the point at which the machine is first put into service, an adhesion check on the production substrate is a sensible final acceptance item, using the tape method under ASTM D3359 (ASTM D3359). Colour repeatability from that point forward depends on the profiles installed at handover and maintained thereafter (International Color Consortium).

How should the installation week be scheduled?

Site first, machine second, training across the whole week.

The installation runs best when the site work is complete before delivery and the training is spread across several days rather than compressed into the last afternoon.

What the decision comes down to

The installation is the only week in which the machine's baseline, its profile set and its operating habits are all set at once. Prepare the site against the published figures, require the commissioning measurements to be repeated and recorded, train every shift, and keep the handover record with the machine.

Where the support commitment matters commercially, the published terms and the consumable position are on the support page, with configuration detail on the AJ2130EX and AJ2513G/R pages and the wider range in the wide format UV flatbed collection.