Inside the LSINC PeriQ360: How We Print 360° on Glass Bottles in Dubai

Sun Studio runs two LSINC cylindrical presses in Al Quoz First, Dubai. This page is about the PeriQ360, the production one: an industrial quad-spindle direct-to-object UV printer built for a single job, printing a seamless 360-degree wrap straight onto round things. Glass bottles, perfume and cosmetic packaging, aluminium aerosol cans, tumblers, jars and beverage bottles. It takes four items into the print engine at a time, and it prints on clear glass without anything being packed inside the bottle to block the curing light.

This is a page about the machine rather than about ordering print. If you have containers you want branded, the cylindrical and 360° printing service in Dubai is the page you want. What follows is what the press is, what the manufacturer publishes about it, which of those published numbers survive checking, and what fifteen years of running production in Dubai has taught us about the difference between a machine that makes a good sample and a machine that makes the thousandth bottle look like the first.

What machine does Sun Studio use for 360-degree bottle printing?

The LSINC PeriQ360. LSINC Corporation designs and manufactures its Peri Series in Huntsville, Alabama, in the United States. The PeriQ360 is the largest of the three: a purpose-built cylindrical press with four spindles, so four objects are carried into the print engine together. It is not a flatbed printer with a rotary attachment fitted to it, and that distinction runs through everything below.

On a flatbed, the head traverses a stationary sheet. On a cylindrical press the object turns on its own axis and the image is laid around the circumference. LSINC calls the print type helical, which is the accurate word: the object rotates while the heads advance along it, so the image is written as a continuous spiral rather than in passes. The mechanism itself is covered in our guide to how a 360-degree seamless wrap is actually produced, so it is not repeated here.

The parts of the specification worth knowing, all from LSINC’s own published sheet for the machine:

• Print engine: JetINX, running Ricoh Gen4 piezoelectric printheads with ink recirculation
• Print type: helical, with UV LED curing — ink is pinned as it prints and given a final cure at the end
• Ink channels: seven as standard, in CMYK plus white, CMYK plus white and varnish, or with a primer channel added
• Feeder capacity: four items
• Software: LSINC’s Perivallo Workbench, with Onyx Thrive as the RIP
• Handling: semi-automatic load and unload, pneumatic grippers and a shuttle, with a 21-inch on-board display

Four items at once: what a quad-spindle carriage actually changes

The PeriQ360 carries four objects into the print engine simultaneously. LSINC calls this a quad-spindle carriage; Roland DG, which took on global distribution of the Peri Series in January 2026, describes the same architecture in its own announcement as a quad-spindle configuration that lets four items be printed at once. That is the single biggest structural difference between this press and a single-station cylindrical printer.

Why it matters is not glamorous. It is that loading is the bottleneck on cylindrical work, not printing. A single-station machine spends a meaningful share of every cycle waiting for a human to take one object off and put another on. Four stations let the loading and the printing overlap, so the operator is doing something useful while the engine is busy rather than standing at it.

One honest limit. LSINC publishes variable data as a feature of the machine — it lists advanced variable data caching, and Roland describes personalisation, serialisation and multi-design jobs. Neither manufacturer states anywhere we could find that the four spindles can each carry different artwork inside the same cycle, so we are not going to claim it on their behalf. What we can say from our own floor is that changing artwork between runs costs no screens, no plates and no tooling, which is why four fragrance variants are no more expensive to originate than one.

We run both: what goes on the PeriOne instead

Two of the three Peri machines are on the floor here. The PeriQ360 is the production press, carrying four items at a time. The PeriOne is the single-spindle machine, loaded one item at a time by hand, and it takes samples, prototypes, personalised one-offs and short runs. It also takes anything too wide for the PeriQ360, which surprises people.

The differences that actually matter in a day are the feeder and the loading. LSINC lists the PeriOne at a feeder capacity of one item with manual loading and unloading, and the PeriQ360 at four items with semi-automatic handling, pneumatic grippers and a shuttle that can be loaded while a print cycle is still running. Rated against the same 101.6 mm benchmark, that comes out as up to 4.7 items per minute against up to 19.1 — with the same caveat as before, that both are ceilings rather than forecasts.

What is not different is most of the machine, and it is worth saying so rather than overselling the bigger one. Both run the same JetINX print engine and the same Ricoh Gen4 printheads, both print helically, both cure with UV LED and pin the ink as they go, both carry seven ink channels, and both hold a fixed resolution across different diameters so colour matches between a narrow bottle and a wide jar. Including the part people assume is exclusive to the big machine: barrier-free printing on clear glass is specified on both, in identical words in both brochures. A clear glass sample printed on the PeriOne is the same print as the run that follows it on the PeriQ360, which is the whole point of proofing on one and producing on the other.

Then there is the inversion. The PeriOne accepts a larger object than the PeriQ360 does — up to 152 mm in diameter and 457 mm long, against 114 mm and 406 mm. Minimum diameter and allowable taper are identical on both. So a wide candle vessel or a tall spirits bottle can be outside the production machine entirely and perfectly comfortable on the smaller one, at any quantity. That is the single most useful thing to know here if your container is unusual.

LSINC positions the PeriOne as an entry machine for light production, prototyping and personalised media, and points higher-volume work at the PeriQ360. That is honestly how we use them. Having both is not redundancy: a proof does not need a four-up carriage, and a production run should not be queued behind a proof.

How a job actually gets routed:

• Samples, prototypes and the first print on a container we have not seen before: PeriOne
• One-off personalisation, named pieces and small gift sets: PeriOne
• Anything over 114 mm in diameter or 406 mm long: PeriOne, whatever the quantity
• Short runs where set-up dominates the job: whichever press is free
• Production runs of one repeating artwork: PeriQ360
• Multi-SKU work where several variants come out of one set-up: PeriQ360

How fast is the LSINC PeriQ360, and what do the published speeds mean?

LSINC publishes up to 19.1 items per minute, up to 1,146 per hour and up to 9,168 per shift, all measured at a 101.6 mm (4 inch) printed graphic size. Those are manufacturer-rated maximums for that one configuration, footnoted by LSINC as determined by image height, resolution and opportunity mode. They are not Sun Studio’s production output and we do not present them as such.

There is something worth pointing out about those three numbers, because we checked them rather than repeating them. 19.1 multiplied by 60 is exactly 1,146. 1,146 multiplied by 8 is exactly 9,168. The same holds with no rounding at all across the other two machines in the Peri range. So only the per-minute rate is a measurement; the hourly and per-shift figures are that rate extrapolated across an hour and a shift of uninterrupted running — no changeover, no loading gap, no ink or lamp interruption, no quality check. LSINC also publishes a two-shift figure that does not reconcile with its own per-shift number, so we have left it out entirely.

None of that makes the machine slow. It makes the published rate a ceiling rather than a forecast, which is the correct way to read any manufacturer throughput figure. What actually decides how many bottles come off the line in a day, in our experience, is the artwork height, the number of ink layers, whether there is a white base under the colour, whether varnish or a tactile layer is being built, the resolution, the diameter and geometry of the container, pre-treatment, how quickly the jig can be loaded and unloaded, and how much of the run gets inspected.

For a real production figure rather than a rated one: at Beautyworld in the Dubai World Trade Centre, 1,000 full-wrap aluminium body spray cans were printed in two days, across several artworks, on this class of machine. That is a real number from a real week, and it is an order of magnitude below the rated ceiling, because a real week contains artwork changes, approvals and people.

Can you UV print directly onto clear glass bottles?

Yes, on compatible clear glass, subject to testing on the actual container. The PeriQ360 is specified to print on clear or coloured glass with no barrier required, a capability LSINC markets as Barrier-Free Printing on Clear Media. What that solves is a specific and slightly counter-intuitive problem, and it is worth explaining properly because it is routinely explained wrongly.

The difficulty with clear glass is not that ink will not stick to it. It is that transparent media scatters ultraviolet light. LSINC’s own patent states the failure plainly: transparent media "tends to scatter UV light and often causes UV light to impinge upon the printheads of the inkjet system", and that incident light causes "the instant hardening of the ink on the printhead nozzles", fouling the head and often requiring it to be replaced outright. In other words, the thing at risk is the printhead, not the print.

The long-standing industry answer was to fill the vessel. Inkcups, which builds competing cylindrical printers, describes it as a stuffing agent known as a foxtail packed inside a clear bottle to block the UV before printing. It works, and it costs you labour to stuff and unstuff every container, a dust and debris risk, and the sterility of the inside of a bottle that may later hold a product.

LSINC’s approach is geometric rather than physical. Its patents describe parallel printing tunnels with the final-cure lamp placed well behind each bank of printheads and the pinning lamps angled down and away, so scattered light goes somewhere other than the nozzles. Nothing goes inside the bottle. The same patent argues that the alternative fix — repositioning the heads or the lamps to dodge the scatter — is precisely what limits how many objects a machine can print at once, which is the technical reason the barrier-free design and the four-up capability belong to the same machine.

Two things we will not claim, because they are not true. Printing on glass is not unusual and plenty of UV printers do it; the differentiator here is the handling of clear media at production speed, not glass itself. And LSINC is not the only company to have tackled UV scatter on transparent vessels — Inkcups announced its own approach in 2020, ahead of LSINC’s earliest patent priority — so "first" and "only" are words we are leaving alone.

If no barrier is needed, is white ink still needed?

Yes, and conflating the two is the most common misreading of barrier-free printing. Blocking UV, making artwork opaque and making ink adhere are three separate problems. Barrier-free solves the first. White ink is the answer to the second. Pre-treatment is the answer to the third. Solving one does nothing for the other two.

White is on every PeriQ360 ink configuration LSINC lists, and on clear glass it is usually what makes an image read as intended. Process inks are transparent, so without white behind them the room behind the bottle shows through the artwork and the colour goes weak and grey. Laying white down first gives the colour a ground to sit on.

That is a design decision, not an automatic step. White can go under the whole image, or only under selected elements so the rest of the artwork stays translucent and the glass stays part of the design. A logo knocked out in opaque white over a translucent colour field is one of the most useful things this press does on a clear bottle, and it is not available from a label at all. The cost side of it is simple and worth knowing at quoting stage: a white layer is an extra pass, and extra passes show up in the price and in the run time.

Can UV printing create raised or embossed effects on a bottle?

Yes, and the accurate word for it is not embossing. LSINC’s own terms are tactile effects and faux embossing, and Roland describes it as varnish-based embossing. Because each pass of UV ink or varnish cures the instant it passes the lamp, another pass can be laid on top of it. Build enough of them and the artwork stands proud of the glass and can be felt with a fingertip.

The distinction matters. Traditional embossing deforms the glass itself, in the mould or afterwards. This builds material on top of an ordinary bottle, digitally, from the same file that carries the artwork. Which means a texture can be changed between one run and the next for the cost of a different file, where a moulded bottle means new tooling.

On our floor it gets used for logos that should be found by hand as well as by eye, for pattern work across a whole bottle body, for selective gloss against a matte field, and for picking out one element of a design so it catches the light differently from everything around it. It is also the single most persuasive thing to put in a client’s hand, because a photograph does not carry it and a description does not either.

Designs meant to be read through the bottle

Multi-layer printing on clear glass lets a design be built so it is meant to be seen from more than one direction. LSINC puts it as multi-layer printing allowing designs that can be viewed from both sides of clear media. On a transparent bottle you are always looking at the front of the artwork and the back of the artwork at the same time, and the layer order decides what that looks like.

It is worth being precise rather than calling all of this reverse printing. Reverse printing means putting the ink on the back face and reading it through the material, with the artwork mirrored and the layer order inverted — it is a flat-substrate technique, and the fullest treatment of it on this site is in the section on printing on the back face of clear acrylic. On a round bottle the effect is different: the far wall of the bottle is showing you the reverse of its own print, through the liquid or the air inside. Designed for, that is depth. Not designed for, it is a muddle. Either way it is a thing to decide at artwork stage rather than discover at approval stage.

What sizes and shapes will the PeriQ360 take?

LSINC publishes a minimum item diameter of 38 mm (1.5 in), a maximum item diameter of 114 mm (4.5 in), a maximum item length of 406 mm (16 in) and a maximum taper of plus 10 to minus 2 degrees. One clarification that matters more than any of those numbers: the 406 mm is how long the product can be, not how tall the image can be, and there is no published maximum artwork height at all.

The 101.6 mm figure that appears next to the speed figures is not a limit either. It is the graphic size the speed benchmark was measured at. Treating it as the tallest image the machine can print is a mistake we have seen made in print more than once.

Being outside those numbers is not the end of the conversation either, because the PeriOne beside it takes a larger object: up to 152 mm in diameter and 457 mm long. A container can be too big for the production press and entirely comfortable on the other one. And diameter alone does not decide whether a container is printable. What we actually look at is where the shoulder starts, how the neck is formed, whether the base has a punt or a dome, how the taper behaves across the print band, whether the surface is coated or frosted or already decorated, and whether the fixture can hold the thing true without marking it. A bottle can sit comfortably inside every published dimension and still be the wrong shape for a full wrap, usually because the printable band is much shorter than the bottle looks.

What materials can it print, and does glass still need pre-treatment?

LSINC lists glass, metal, wood, plastic, paper and more. In our production the realistic list is glass bottles and glassware, aluminium cans and aerosols, selected plastics including PET, and coated or anodised metal drinkware. What the machine can physically mark and what will survive a customer’s intended use are two different questions, and the second one is the one that matters.

Pre-treatment is where that gap gets closed. LSINC’s own specification puts it as dependent upon substrate, which is the honest answer. Glass is not one material: its surface chemistry varies, it arrives with mould release, handling oils or shipping residue on it, and it may carry a coating you cannot see. All of that changes surface energy, and surface energy is most of adhesion. Containers here are cleaned and degreased, and where the substrate needs it they go through pre-treatment on the Modico ModiTreat before printing.

So we test, and we say so in writing. We do not describe bottles as dishwasher proof, alcohol proof, scratch proof or permanent, because those are claims about a specific container, a specific ink set and a specific end use, and they have to be earned on that combination rather than asserted about a category. What we will do is print your actual container and test it against your actual use. The general case is covered in why UV print peels, and what pre-treatment does about it.

Perfume and cosmetic packaging on a cylindrical press

Fragrance is the application this machine earns its keep on in the Gulf. A cylindrical press prints the bottle itself, so there is no label edge to lift in the heat, no shrink sleeve seam down the back, and no minimum order imposed by a label supplier. For a private-label house running many SKUs on one bottle shape, that changes what a product range costs to originate.

What it gets used for here: launch and sample bottles before a range is committed, limited and seasonal editions, per-client artwork for private-label producers, bilingual Arabic and English branding on the same bottle, PR and influencer sets, hotel and corporate gifting, and personalisation down to individual names. The wider commercial picture is in our article on why the GCC fragrance industry is moving beyond labels, and the ordering side lives on the perfume bottle printing in Dubai page.

Not every fragrance bottle suits this press, and it is better to hear that early. Heavily contoured bottles, sharply faceted glass, compound curves and bottles whose printable band is a narrow strip between a wide shoulder and a heavy base are all cases where a cylindrical machine is the wrong answer. Flat-faced bottles go to the flatbed instead, which is a different press and a different quote. Send the bottle and we will tell you which one it is.

Water, beverage, wine and spirits

Glass water bottles for restaurants and hotels, premium and still water in glass, wine and spirits bottles, distillery packaging and metal beverage containers are all within the machine’s envelope, subject to the same diameter, taper and print-band checks as anything else.

The commercial argument in hospitality is inventory rather than appearance. A venue that prints on demand holds plain glass and nothing else, instead of holding plain glass plus a label stock it has to forecast. A seasonal design, a one-week event or a single restaurant’s own bottle stops being a stock problem.

For evidence of the Peri Series running at genuine beverage volume, LSINC and its regional distributor publish a case study on Pure Beverages Industry Company printing personalised glass water bottles. That is a separate business with its own machines, not a Sun Studio project, and we cite it as outside evidence of what the platform does at scale rather than as our own work.

Why we run an industrial cylindrical press rather than a rotary attachment

Over the years our production team has evaluated and worked with different cylindrical printing approaches and lower-cost systems, at several price points. The conclusion we came to is not that cheaper machines produce bad samples. Most of them produce perfectly good samples. Almost anything will make one attractive bottle.

The question a production studio has to ask is a different one, and it is the hundredth bottle, not the first. Does the wrap still close in the same place? Has the white shifted? Is the colour on Tuesday the colour from Friday? How long does a changeover between two container sizes actually take, once the fixture is swapped and the machine is re-set? What happens to registration on the third hour of a run? How much operator intervention does an hour of production need? How fast does it come back after maintenance? Can it carry a job that starts as twenty samples and ends as twenty thousand pieces, without moving to a different machine and a different look halfway through?

Those are the questions that separate equipment, and none of them show up in a sample. One feature of this press deserves naming in that context: LSINC calls it Diameter Independent Resolution, and it enforces a fixed resolution so colour matches across containers of different diameters. That sounds like a footnote until you are printing a gift set where a 40 mm bottle and a 90 mm jar have to look like the same brand sitting side by side on a table.

What we would not say is that machine cost predicts machine quality, or that equipment from any one country is bad. It is not that simple and the people saying it usually have something to sell. Machine selection is a function of volume, quality requirement, substrate, workflow, budget and what service support actually looks like in your region when something breaks. For occasional cylindrical jobs, a rotary attachment on a flatbed is a completely sensible answer. Our volume and our substrate mix are not occasional, so ours is different.

Dedicated cylindrical press or flatbed plus rotary attachment?

A rotary attachment turns a flatbed into a machine that can also do round work. A dedicated cylindrical press does nothing else. For low quantities, prototypes and the occasional cylindrical job alongside mostly flat work, the attachment is the right purchase and the cheaper one. For sustained bottle production it is a different proposition, and the differences are structural rather than a matter of quality. (Which of our own presses a given job needs is a separate question, answered in flatbed, cylindrical or wall printing.)

• Objects per cycle: one on a rotary attachment; four on the PeriQ360
• Workflow: the flatbed is converted for the job and converted back; the cylindrical press is set up for round work permanently
• Clear glass: a rotary attachment on a general-purpose flatbed usually needs the vessel filled with a UV-blocking agent; the PeriQ360 is specified to run clear glass with no barrier
• Registration: the attachment rotates the object under a head designed for flat traverse; the cylindrical press is built around helical printing and holds the item on its axis
• Changeover: swapping fixtures on a dedicated press against converting a flatbed between flat and round work
• Footprint and investment: the attachment is an add-on to a machine you already own; the PeriQ360 is roughly 3.1 by 2.4 metres and 1,600 kg with its infeed and delivery
• Best fit: the attachment for occasional and mixed work; the dedicated press when round work is the business rather than a sideline

From one bottle to a production run

The machine having a high rated ceiling does not mean every job here runs at it, and it does not mean there is a minimum. Because there are no screens and no plates, there is no setup cost to spread across a quantity, which is what creates minimum orders in screen printing in the first place.

So the range is genuinely wide: a single bottle as a proof of concept, a handful of samples on a client’s own container before a range is signed off, a short personalised run for an event, a few hundred for a seasonal edition, and production quantities where the four-up architecture starts to matter. What changes across that range is not the process, it is the amount of checking, and that is a conversation worth having at quoting rather than at delivery.

How we test a bottle before we quote a run

Send the container. That is genuinely the first step, and it is the one that removes the most risk from a project, because photographs do not tell us about a coating, a taper or a mould seam. What happens after that:

• The container is measured and assessed: diameter, length, taper, shoulder, neck, base and surface condition
• The printable band is defined honestly, which is often shorter than the bottle looks
• Fixture and jig suitability is checked, including whether the item can be held true without being marked
• The substrate is assessed for pre-treatment, and treated on the Modico ModiTreat if it needs it
• Artwork is prepared for a wrap: circumference, where the image meets itself, and bleed
• Layer structure is decided — white base or selective white, CMYK, varnish, tactile build
• A test piece is printed on the actual container, not on something similar
• Adhesion, colour and registration are checked against the intended end use
• Settings are approved and recorded so the run repeats
• Production runs, with in-run inspection rather than inspection only at the end

Where the machine comes from: LSINC and PRO TECHnology

The entity chain is worth stating plainly because it decides who you should be talking to. LSINC Corporation of Huntsville, Alabama builds the PeriQ360. In the Middle East and North Africa the Peri Series is represented by PRO TECHnology, which LSINC named as its dealer for the region when the partnership was announced in December 2023, and which LSINC’s current distributor listing shows covering the UAE, Saudi Arabia, Qatar, Kuwait, Bahrain, Oman, Jordan, Egypt and a number of other markets. PRO TECHnology’s own current description of itself is regional distributor for MENA, and that is the wording we use.

Sun Studio is a printing studio, not a machine dealer. We bought the press, we run it in Al Quoz, and we print on it for customers. If you want the equipment rather than the print, that is a different conversation with different people: LSINC cylindrical UV printing systems from PRO TECHnology Middle East is where sales, installation, training and support sit. The manufacturer’s own specifications for the press are on the LSINC PeriQ360 product page.

For completeness on the machine’s record: the PeriQ360 won the 2021 PRINTING United Alliance Pinnacle Product Award in the Direct to Shape Printers category, and in January 2026 Roland DG announced a global distribution partnership with LSINC. LSINC describes the press on its current site as one of the fastest printers in its class — their words, worth attributing rather than repeating as fact, and worth noting that the same claim was stated more strongly in their 2024 brochure and has been softened since.

Common questions

Two different things bring people to this page, so two different answers. If you have bottles, cans, jars or tumblers you want printed, send us the container along with the quantity, the artwork, the material and what the finish needs to survive — we will assess it, print a test piece on the actual item and quote from that rather than from a photograph. If you are a manufacturer weighing up bringing cylindrical printing in-house, the machine is sold and supported in this region by LSINC cylindrical UV printing systems from PRO TECHnology Middle East, and they are the right people for specifications, demonstrations and installation. We are happy to be the reference either way.