Precision Printing

The Technical Detail Behind Every Perfect Garment

Garment printing looks simple from the outside, press a design, apply some heat, done. In reality, every print that leaves our production floor is the result of a tightly controlled technical process, where the smallest miscalculation in ink, temperature, timing, or pressure can be the difference between a print that lasts the lifetime of a garment and one that cracks, fades, or peels after a handful of washes.

We specialise in DTF (Direct-to-Film), DTG (Direct-to-Garment), and sublimation dye printing, and across all three, our approach is the same, control every variable, use only equipment capable of true precision, and never let a print start without a technically sound design behind it.

Why We Standardise on Epson

Printers are not interchangeable tools, and in garment decoration the printhead technology matters enormously. We run our production exclusively on Epson print engines because of the consistency and control they give us over ink droplet size, placement accuracy, and colour repeatability, three things that are non-negotiable when you're printing hundreds of garments and need print one to look identical to print three hundred.

Epson's PrecisionCore and Micro Piezo printhead technology allows extremely fine, variable-sized ink droplets to be placed with high positional accuracy. In practical terms, that means:

• Sharper fine detail and cleaner text, even at small point sizes
• Smoother colour gradients without visible banding
• Better repeatability across long production runs, so garment 1 and garment 300 match
• More reliable white ink handling, which is notoriously difficult to manage on lower quality print engines

Combined with genuine, correctly profiled inks, this hardware foundation is what allows everything further down the process, RIP software, white underbase, colour matching to actually perform to its full potential. Cheaper hardware simply can't hold this level of control at volume.

RIP Software: Where the Real Technical Work Happens

Before a single drop of ink hits film or garment, the design passes through specialist RIP (Raster Image Processing) software. This is one of the most technical and most underestimated, stages of the entire process.

RIP software controls things like:

• Colour separation and ICC colour profiling, ensuring what's on screen translates accurately to printed colour on fabric, not just on paper
• Ink limiting, controlling exactly how much ink is laid down per channel to avoid over saturation, bleeding, or excess texture on the finished print
• Halftone and dot gain compensation, correcting for the way ink naturally spreads on different substrates
• White under base generation and choke/spread control, which is critical for DTF and DTG work on coloured and dark garments

Without properly configured RIP software, even the best printer in the world will produce inconsistent, poorly calibrated output. This is the layer where science and craftsmanship meet and it's a stage we tune per job, not once and forget.

White Ink: The Most Technical Variable in the Whole Process

White ink is, without question, the hardest part of DTG and DTF printing to get right and it's also one of the most important. White forms the under base that every other colour prints on top of when working on dark or coloured garments. Get the white wrong, and every colour on top of it will shift, look dull, or fail to sit correctly on the fabric.

We adjust white ink output based on the specific colour of garment being printed, because:

• Darker garments need a denser, more opaque white under base to properly block the fabric colour and let true colours show through on top
• Mid-tone and coloured garments need a carefully reduced white percentage, because too much white under base can create a slightly raised, plasticky feel and unnecessarily stiffen the print
• Lighter and pastel garments often need minimal or partial white, sometimes limited to specific elements of the design only

This isn't a fixed setting, it's a variable we assess and adjust for nearly every job, because no two garment colours behave the same way under ink.

Knocking Out Black: A Small Decision With a Big Impact

One design detail we take seriously that many printers overlook entirely: knocking out black on dark garments. When printing a design that contains black elements onto a black or very dark garment, there is often no technical need to print a white under base and therefore no need to print ink at all, under those black areas, because the garment's own colour already does that job.

By removing (knocking out) the white under base and ink layer beneath black design elements on dark garments, we get:

• A noticeably softer hand-feel, since less ink and under base means less thickness and rigidity on the fabric
• Better breathability in printed areas
• A more seamless blend between the printed design and the garment itself, since the true garment black often matches better than any printed black ink
• Reduced ink usage and drying time, without compromising the visible design at all

It's a subtle technical decision, invisible to most customers, but it's exactly the kind of detail that separates a print that feels like a rigid sticker from one that feels like part of the garment.

Adhesive Percentage and the Adkins Dryer: Getting the Bond Right

For DTF printing specifically, the adhesive powder applied to the printed film and then cured is what actually bonds the design to the fabric during pressing. Getting the adhesive coverage right is a precise, material dependent process, and we control this carefully on our Adkins dryer/curing unit.

Different fabrics require different adhesive percentages:

• Cotton and natural fibres generally need a standard, well cured adhesive layer for a strong, flexible bond
• Performance and stretch fabrics need adjusted adhesive levels to maintain flexibility and prevent cracking when the garment stretches during wear
• Technical or coated fabrics often require finer control over adhesive coverage to avoid poor adhesion or an overly stiff finish
• Darker vs lighter garments can also influence the ideal adhesive density, working in tandem with the white ink under base decisions made earlier in the file

The Adkins unit allows us to control curing temperature and dwell time precisely, ensuring the adhesive is fully activated and evenly cured  not underdone (leading to poor wash durability) and not overdone (leading to a stiff, brittle transfer). This step, done correctly, is a major factor in how a DTF print survives repeated washing over the life of the garment.

Heat Press: Time, Temperature, and Pressure, The Non-Negotiable Trio

Everything upstream the print, the white ink, the adhesive, can be executed perfectly and still fail at the final step if the heat press isn't dialled in correctly. We invest in the best heat press equipment on the market for one simple reason: time, temperature, and pressure have to be exact, and consistently repeatable, on every single garment.

• Temperature activates the ink or adhesive correctly, too low and the print won't bond properly; too high and it risks scorching the garment, degrading colours, or over curing the transfer
• Time (dwell time) determines how long that heat is allowed to transfer into the fabric and ink layer insufficient time leaves incomplete bonding, excessive time damages fabric and print quality
• Pressure ensures even, full contact across the entire design area inconsistent pressure creates patchy adhesion, visible texture differences, or edges that lift and peel first

Every fabric type and print method has its own correct combination of these three variables, and we treat that combination as a precise specification, not a rough guideline. Get all three right together, and a print will genuinely last the functional lifetime of the garment. Get even one wrong, and premature cracking, fading, or peeling becomes almost inevitable, no matter how good the print itself was.

Precision Positioning: Every Print, Exactly Where It Should Be

Consistency isn't just about ink and heat, it's also about placement. We use a precision positioning system on our production line to ensure every single print lands in exactly the same spot on every garment, run after run.

This matters more than it might seem:

• Bulk orders need visual consistency across every unit, customers notice immediately if a logo sits slightly higher or off centre on some garments compared to others
• Multi-location designs (front, back, sleeve) need to line up correctly relative to each other and to the garment's own construction seams
• Repeat orders, weeks or months apart, need to match the original placement exactly

Precision positioning removes human guesswork from this step, so accuracy doesn't depend on how tired or rushed anyone is on a given day, it's built into the process itself.

It All Starts With Design

None of the above matters if the design going into the process isn't technically correct in the first place. That's why every single print, regardless of method, starts in our design department and only our design department controls this step.

Our designers aren't just creating artwork that looks good on screen; they're building files that are print-ready in the truest technical sense correctly separated for white under base, correctly knocked out where needed on dark garments, correctly prepared for the specific print method (DTF, DTG, or sublimation) being used, and correctly sized and positioned for the precision press stage that follows. A beautifully designed piece of artwork that hasn't been technically prepared for print will cause problems at every stage that follows white ink issues, adhesion problems, poor knockouts, colour shifts. Keeping this step entirely in-house means every file that reaches production has already been built correctly for the exact process it's about to go through.

The Sum of Every Detail

Print quality that actually lasts isn't the result of one clever piece of equipment — it's the sum of many precise decisions made correctly, every single time:

• Epson print engines for genuine positional and colour accuracy
• Professionally configured RIP software controlling colour and ink output
• White ink adjusted specifically for each garment colour
• Deliberate black knockouts for a better feel on dark garments
• Adhesive percentages matched to fabric type and cured correctly on the Akins unit
• Heat press time, temperature, and pressure treated as an exact specification
• Precision positioning for consistent placement across every unit
• A design department that builds every file correctly from the very first step

This is what separates a print that looks fine on day one from one that still looks perfect after fifty washes — and it's the standard we apply to every single garment that goes through our production floor.