Why Hot Foil Stamping on Thick Cardstock Looks Patchy or Blurry: A Complete Guide to Temperature, Pressure, Speed and Material Choice
Hot foil stamping a clean, solid logo onto heavyweight cardstock sounds fairly straightforward.
Heat the machine, position the foil, line up the card and press.
Then the testing starts.
At a lower temperature, the foil transfers in patches. The middle of the logo looks thin, broken or full of tiny pinholes. Raise the temperature and the coverage improves, but now the edges begin to spread. Fine details close up. A faint metallic halo appears around what should have been a sharp outline.
More pressure does not always fix it. Sometimes it simply leaves a deeper impression in the card. Holding the stamp down for longer can fill the solid areas, but the result often becomes soft and heavy around the edges.
It is an irritating little loop, and a very common one.
A CÍ customer using the Maxita EC-17 recently came to us with exactly this problem. They had tested temperatures between 90°C and 130°C, along with a wide range of dwell times. The results kept falling into one of two camps: incomplete transfer at the lower end, or blurred edges once more heat and time were introduced.
The answer is rarely a single magic temperature.
What you are really looking for is a workable window between the cardstock, foil grade, brass stamp, machine setup and the way the pressure is applied. Get those elements working together and the result becomes repeatable. Miss one, and no amount of random temperature chasing will make the problem disappear.
Patchy and blurry are usually opposite ends of the same problem
Hot foil is not simply a shiny film that melts onto paper.
A typical hot stamping foil is made from several layers. These usually include a polyester carrier, a release coat, the coloured or metallic layer and an adhesive layer that bonds the finish to the material underneath.
Heat and pressure allow the decorative layer to release from the carrier. At the same time, the adhesive layer is activated and bonds to the cardstock.
The release coat matters more than most people realise. It helps determine whether a foil is better suited to fine lettering or broad, solid coverage. The adhesive layer matters just as much, because different adhesives are developed for different surfaces and substrates. A foil that performs beautifully on smooth coated stock may behave very differently on a fibrous, uncoated card. Likewise, a foil made for sharp, delicate detail may not be the best choice for filling a large solid shape (Foilco, n.d.a).
When there is not enough effective heat, pressure or surface contact, you may see:
- Pinholes through solid areas
- Small patches where no foil has transferred
- A logo that is clearer around the outside than in the middle
- One side stamping cleanly while the other remains incomplete
- Foil that transfers but rubs away too easily
Push too far in the other direction and a different set of problems appears:
- Edges become thicker than the original design
- Fine counters and gaps begin to close
- Small lettering starts to fill in
- Foil transfers beyond the edge of the stamp
- The whole impression looks soft or slightly fuzzy
So, low-temperature patchiness and high-temperature blur are not unrelated faults. They are often the two ends of the same working range.
The useful question is not simply, “Should I make it hotter?”
It is, “What is stopping this particular foil from making clean, even contact with this particular card?”
That question gets you somewhere.
Thick cardstock is not automatically difficult to foil
Card weight is one of the first things people mention when a test goes wrong.
“It is 300gsm.”
“It is 400gsm.”
“It is a very heavy card.”
That information is useful, but gsm alone does not tell you how the surface will behave.
Two sheets can have the same weight and feel completely different under a hot foil stamp. One may be smooth, compressed and coated. The other may be soft, fibrous and full of visible texture. Even at the same gsm, the second sheet presents far more tiny gaps between the brass stamp, foil and paper surface.
In practical terms, the surface usually matters more than the number printed on the paper specification.
Before changing the machine settings, check:
- Is the cardstock coated or uncoated?
- Is the surface smooth, laid, felt-marked or visibly fibrous?
- Does it have a soft-touch finish, varnish or laminate?
- Does the surface shed loose fibres?
- Is the card flat, or does it have a slight bow?
- Is it consistent from sheet to sheet?
- Does it compress slightly under firm pressure?
Foilco produces different hot foil grades for different substrates and applications, with the grade determined partly by the type and quantity of adhesive used. In other words, “gold foil” is not one universal material. The colour may look the same, but the way it releases and bonds can be quite different (Foilco, n.d.b).
A beautifully textured card may feel more premium in the hand, yet still be harder to foil than a cheaper, smoother sheet. That is not a contradiction. It is just surface physics being rather unromantic.
Why solid logos are harder than fine lettering
A 30mm-wide line of text and a 30mm-wide solid logo do not place the same demand on a machine.
With fine lettering, the actual contact area is relatively small. Pressure is concentrated along narrow lines.
A solid logo asks for much more. The full surface needs even heat, even pressure and full contact at the same moment. A tiny low spot in the card, stamp or platform may show up immediately as a pale patch in the middle of the design.
Solid areas also require a foil grade capable of releasing cleanly across a broad surface. Foilco notes that the release layer plays a role in whether a foil is suitable for fine detail or large-area coverage (Foilco, n.d.a).
This becomes trickier when one logo contains both:
- A large solid shape
- Fine lettering
- Narrow negative spaces
- Very small counters
- Thin reversed lines
The solid part wants strong, complete coverage. The fine part wants restraint.
Sometimes those two needs overlap nicely. Sometimes they do not.
When a design stubbornly produces a filled solid area but blurred lettering, the problem may not be your technique at all. The design itself may be asking one stamp to do two slightly opposing jobs.
Temperature, pressure, speed and dwell time
These variables are often discussed separately, but they are not separate in use.
Changing the temperature affects how quickly the foil releases. Changing the pressure affects how completely the surfaces meet. Changing the speed alters how quickly that pressure is established. Dwell time controls how long heat continues moving into the foil and cardstock.
And then there is the human part. Two people can both say they pressed for “one second” while making completely different movements.
One person presses quickly, firmly and vertically, then releases at once.
Another lowers the handle slowly, touches the surface lightly, pauses, pushes a little harder, then leaves the stamp in place.
The stopwatch may say something similar. The result will not.
1. Temperature controls release and adhesion
If the temperature is too low for the foil and material combination, the adhesive may not activate properly and the foil may not release evenly from its carrier.
If the temperature is too high, the release can spread beyond the intended edges. Fine details become heavier, and excess foil may appear around the logo.
There is no single correct setting for every cardstock.
A smooth coated card and a soft uncoated card may need different temperatures. Two foil grades in the same colour may also behave differently. The brass stamp size matters too, especially with a large solid area.
For the customer case that prompted this article, temperatures up to 130°C had already been tested without achieving clean coverage. A sensible next step was to test slightly higher, around 140°C to 150°C, while keeping every press quick and controlled.
That does not make 150°C a universal cardstock setting. It is simply the next logical test for a stubborn combination that has already been tried at lower temperatures.
Use scrap from the actual production stock, change the temperature in small steps and watch the edges as closely as the solid area.
The moment the outline begins to spread, you have gone past the cleanest part of the working range.
2. Pressure needs to be firm, but also even
Not enough pressure can leave parts of the stamp floating just above the card.
Too much pressure, particularly over a soft backing, can push the cardstock up around the sides of the stamp. The foil then transfers where it should not, making the edge look heavier.
Evenness matters more than brute force.
If the same side of the logo is incomplete every time, check the mechanics before increasing the temperature again. Possible causes include:
- The stamp is not sitting squarely in the holder
- The worktable is not level
- The backing is thicker on one side
- The card is bowed
- The holder is not tightened evenly
- The handle is being pulled slightly sideways
- Residue has built up on the face of the stamp
Workshop discussions about uneven hot foil stamping often circle back to the same point: a fault that repeatedly appears in one fixed area is more likely to be a contact or alignment problem than a temperature problem. Community reports are anecdotal, but they are useful when they match the physical evidence in front of you.
3. The press should be quick, firm and even
For this kind of hand-operated tabletop machine, our usual advice at CÍ is simple:
Press quickly, firmly and evenly. Keep each impression short, normally under one second.
Bring the handle down decisively. Establish full pressure across the stamp, then lift it again.
Do not lower it slowly and leave the hot stamp resting gently on the card. That may add heat, but it also gives the foil more time to release beyond the intended edges.
“Firm” does not mean slamming the machine or leaning on it with your full body weight.
It means:
- Pressure is established quickly
- The movement stays vertical
- The stamp meets the card evenly
- There is no sideways rocking
- The handle comes back up promptly
A Maxita user describing their own workshop method on Reddit referred to a very brief contact with firm pressure, and noted that repeat stamping remains practical because the work stays in position. That example relates to leather rather than cardstock, so it should not be treated as a fixed paper specification. Still, the underlying point is useful: fast, controlled contact is easier to manage than a long, hesitant dwell.
4. Longer is not always better
When foil does not transfer fully, the natural reaction is to hold the stamp down for longer.
That can work up to a point, because it increases the total heat entering the foil and surface. The trouble is that it also raises the chance of edge spread.
A long, gentle press is particularly unforgiving when the logo contains small lettering or narrow gaps. The solid area may fill, but the character of the design begins to disappear.
For the sort of problem discussed here, we prefer a different route:
- Raise the temperature gradually if needed.
- Keep each impression short.
- Use firm, even pressure.
- Repeat the quick impression if the work remains perfectly positioned.
It is more controlled, and control is the whole game.
Can you stamp the same area more than once?
Yes.
If the first impression is close but not fully covered, the card can remain locked in position and the stamp can be pressed again.
For some difficult surfaces, two or more quick impressions build coverage more cleanly than one long dwell.
The important part is that nothing moves.
The worktable, card and stamp must return to precisely the same relationship each time. If the card shifts even slightly, the second impression may create:
- A double edge
- A visible shadow around the logo
- Thickened outlines
- Misaligned solid areas
- Uneven metallic build-up
A bookbinding discussion on patchy foil stamping described a similar practical approach: use a quick foil impression, inspect the result and press again when a spot is missing. The contributor also stressed that the suitable temperature depends on the foil being used, which is worth repeating here (Reddit, 2025a).
Multiple impressions are not the problem.
Uncontrolled movement is.
If a second impression improves the coverage and the edge remains clean, that is useful information. If a third begins to spread the outline, you have probably found the limit for that combination.
A practical troubleshooting table
| Result | Likely cause | Check first |
|---|---|---|
| The whole logo looks patchy | Temperature too low, insufficient contact or unsuitable foil grade | Foil type, surface texture and temperature |
| The outside transfers but the centre does not | Uneven pressure or a difficult solid area | Stamp flatness, table level and backing |
| One side is clear and the other is weak | Stamp and table are not parallel | Holder installation and platform alignment |
| The card has a deep impression but the foil is incomplete | Pressure is not the only issue | Foil adhesive, surface coating and temperature |
| The foil is complete but the edge looks soft | Too much heat, too many impressions or overly slow contact | Reduce heat or repeat count |
| Fine lettering begins to fill | Excess release around small details | Lower temperature and keep each press brief |
| A second impression creates a double outline | The card has moved | Positioning, table lock and material guides |
| The same small area always fails | A fixed contact problem | Stamp face, platform level or backing |
| Settings work on one card but not another | Different surface finish or coating | Card specification and foil compatibility |
| Nothing transfers at all | Wrong foil type or incompatible adhesive | Confirm it is traditional hot stamping foil |
Do not respond to every incomplete impression by adding more pressure.
A deep dent with poor foil coverage is a particularly useful clue. It tells you that the card is certainly being pressed. The remaining problem may be heat, foil grade, surface treatment or actual contact across the solid design.
A better way to test heavyweight cardstock
Random testing creates random knowledge.
If one test uses more heat, a softer backing, a slower press and a different foil, you have changed too many things to learn anything useful.
A simple, disciplined test sequence is much faster in the end.
Step 1: Keep the materials fixed
For one test run, use:
- Cardstock from the same batch
- The same roll of foil
- The same brass stamp
- The same holder
- The same backing
- The same card size
- The same position on the worktable
Mark each sample with the temperature and number of impressions.
For example:
- 130°C, one quick press
- 140°C, one quick press
- 150°C, one quick press
- 150°C, two quick presses
- 150°C, three quick presses
That record will tell you far more than “this one felt a bit hotter”.
Step 2: Let the holder and brass stamp heat through
The controller reaching the selected temperature does not necessarily mean a larger brass stamp has stabilised all the way through.
A solid logo stamp contains more metal than a tiny line of type. Give the holder and stamp enough time to heat evenly before judging the result.
Keep the warm-up period reasonably consistent between test sessions. Otherwise, the first and fifth impressions may be made under different thermal conditions even though the display shows the same number.
Step 3: Check contact without foil
Before wasting more foil, make a blind impression on scrap card.
Look at the depth across the entire design:
- Is the left side as clear as the right?
- Does the centre make contact?
- Is one corner noticeably deeper?
- Does the full edge of the logo appear at once?
- Is the cardstock supported evenly underneath?
If the blind impression is already uneven, adding heat is unlikely to solve the root problem.
Sort out the mechanical contact first.
Step 4: Change temperature, not technique
Keep the press action the same each time.
Quick, firm, even, then release.
Move through the temperature range in steps of roughly 5°C to 10°C. For a combination already tested up to 130°C, that might mean trying 140°C and then 150°C.
At each stage, assess three things:
- Has the solid coverage improved?
- Are the edges still crisp?
- Has the cardstock changed colour, gloss or shape?
The best setting is not necessarily the one with the most aggressive transfer.
It is the one that gives enough coverage while preserving the design.
Step 5: Lock the temperature and change the repeat count
Once you find a temperature that is nearly right, stop raising it.
Test the same setting with one, two and three quick impressions.
Lift the handle fully between each press. Do not rock the stamp at the bottom or move it across the surface.
If two impressions give complete coverage and three begin to soften the edge, you have your answer.
Step 6: Adjust backing and pressure last
A backing layer, sometimes discussed in the trade as part of the makeready, can help compensate for small differences in surface height and contact.
But softer is not always better.
If the backing is too hard, it may not compensate for small variations. If it is too soft, the cardstock may compress and rise around the stamp edge, creating blur.
A useful backing should be:
- Flat
- Stable
- Slightly forgiving
- Resistant to sliding
- Larger than the full stamped area
- Firm enough not to collapse under pressure
Adding more and more loose sheets underneath is not a proper cure for a table that is out of level.
What about hovering before the press?
Some makers hold the heated stamp just above the foil and cardstock for a moment before pressing.
The idea is that a short preheat may warm the surface and help the foil transfer more evenly.
Sometimes it changes the result. That does not automatically mean it has “removed air pockets”, though.
Hovering is simply another source of heat.
Its effect changes with:
- The distance above the card
- The length of the hover
- The temperature of the stamp
- The size of the brass die
- The surrounding airflow
- The surface of the cardstock
It is also difficult to repeat precisely by hand.
Start without it. Establish a clean baseline using a direct, quick press. Only test hovering later, as a separate variable.
If you alter the temperature, hover time, pressure and dwell all at once, the result may improve, but you will have no idea why.
That is not a repeatable process. It is just a lucky afternoon.
When the settings are not the real problem
There is a point where more testing becomes less useful.
If a logo remains patchy at one temperature and immediately becomes blurred only a few degrees higher, with almost no clean range between the two, look beyond the machine settings.
1. The foil grade may not suit the cardstock
Hot stamping foils use different adhesive and release systems.
A foil that works well on vegetable-tanned leather may not be ideal for uncoated paper. A foil made for tiny lettering may not give the easiest solid coverage.
Foilco explains that hot foil grades are differentiated by their adhesive systems and intended applications. This is why samples and substrate testing matter, particularly when moving between paper, leather, plastics and other materials (Foilco, n.d.b).
When the usable range feels impossibly narrow, testing a different foil grade may achieve more than another hour of adjusting the press.
2. It may be the wrong kind of foil altogether
Several products are casually sold as “foil”, including:
- Traditional hot stamping foil
- Toner-reactive foil
- Cold foil
- Adhesive foil
- Laminator foil
- Heat-pen foil
- Digital transfer films
They are not interchangeable.
Toner-reactive foil, for example, is designed to bond to printed toner under heat. It is not the same as a traditional hot stamping foil designed for a heated brass die.
Before blaming the machine, confirm that the supplier specifically lists the material for conventional hot foil stamping.
It sounds basic. It catches people out all the time.
3. The card may have a difficult surface treatment
Foil adhesion can be affected by:
- Soft-touch laminate
- Plastic lamination
- UV varnish
- Wax-like coatings
- Water-resistant treatments
- Loose paper fibres
- Heavy printed ink layers
- Surface contamination
Some of the smoothest-looking cards are not actually easy to foil. The surface may be sealed in a way that gives the adhesive very little to grip.
In that situation, more heat may increase release from the carrier without improving the final bond to the card.
4. The logo may need adapting
A logo designed for a screen does not automatically make a good hot foil stamp.
Very fine reversed lines, tiny counters and large uninterrupted solids may all appear in the same artwork, even though they prefer slightly different stamping conditions.
If a design refuses to produce both complete solids and clear detail, consider:
- Enlarging very small negative spaces
- Thickening delicate reversed lines
- Reducing very large uninterrupted solid areas
- Separating the solid symbol from small lettering
- Adjusting the artwork for the final stamp size
- Reviewing the engraving depth and edge structure
A good custom stamp is not simply an image file turned into brass.
Material, size, holder, heat distribution and final use all matter.
The order we use when troubleshooting
When a heavyweight card produces patchy or blurry foil, work through the problem in this order:
1. Confirm the foil
Check that it is conventional hot stamping foil and suitable for paper or cardstock.
2. Inspect the surface
Look beyond gsm. Check texture, coating, laminate and flatness.
3. Check mechanical contact
Make a blind impression and look for fixed weak spots.
4. Heat the whole assembly properly
Let the holder and brass stamp reach a stable working temperature.
5. Keep the action consistent
Use a quick, firm and even impression, normally under one second.
6. Increase temperature gradually
Move in small steps without changing the press action at the same time.
7. Build coverage with repeated short impressions
Keep the work fully locked in position.
8. Adjust the backing and pressure last
Do not use a soft stack of card to disguise an alignment problem.
It is not glamorous, but it works.
Where the Maxita EC-27 fits into this process
A good machine cannot make every foil compatible with every card.
What it can do is reduce the number of moving variables.
Once you have found a working setup, the machine should help you repeat it.
The Maxita EC-27 uses an Omron temperature control system, an elevated 16 × 20cm worktable, a lockable sliding platform on precision rails and an infrared positioning system. A larger 20 × 30cm worktable option is also available. The machine is intended for leather, PVC, cardstock and finished pieces that benefit from the space beneath an elevated platform (CÍ OFFICIAL, 2026a).
For cardstock and repeat production, the practical benefits are fairly straightforward:
- The temperature is easy to set and record
- The sliding worktable can be positioned and locked
- Repeat impressions can be made without lifting the card away
- Infrared positioning helps establish a clear reference point
- Different holders can be used for brass logos and movable type
- The raised worktable leaves room for bulkier finished items
- The modular structure makes individual parts easier to inspect or replace
Holder No. 1 accommodates logo stamps up to approximately 7.6 × 2.4cm and also works with Maxita and CÍ movable type systems. For both main holders, CÍ generally recommends keeping logo stamps within roughly 45cm² to maintain more even heat and cleaner, more consistent results (CÍ OFFICIAL, 2026a).
That does not mean a slightly larger stamp can never work.
It means larger solid areas demand more from the heating system, platform alignment and pressure distribution. Leaving a little margin usually makes workshop life easier.
EC-17 or EC-27?
The technique in this article applies to both models.
The customer who raised the original question was using the smaller EC-17. The main difference is not that the EC-27 somehow eliminates material testing. It does not.
The EC-17 is lighter and more compact, with a 15 × 15cm work surface and an Autonics temperature controller. The EC-27 is heavier, uses an Omron controller and has a 16 × 20cm suspended work surface. That extra room is particularly useful for finished bags, larger card layouts and repeated studio work.
Choose according to the way you work.
A larger machine is useful when you need the room, stability and production setup. It is not a substitute for matching the foil to the material.
Why the whole system matters more than the machine alone
A working hot foil setup is not just a press.
It is the combination of:
- The machine
- The holder
- The brass stamp
- The movable type
- The foil grade
- Positioning accessories
- The worktable
- The backing
- A sensible testing method
- Support when something does not behave as expected
This is where buying from a specialist tool shop can make a genuine difference.
A seller can ship a machine.
A useful supplier should also be able to help establish whether the stamp fits the holder, whether the artwork is sensible at the chosen size, whether a material problem is being mistaken for a pressure problem and whether a replacement part can be sent without returning an entire machine.
The EC-27 has a modular structure, and CÍ currently provides one year of free after-sales support for covered faults. Individual parts can generally be replaced separately rather than requiring the whole machine to be returned. Technical support continues after the first year, while replacement parts are then charged separately when required (CÍ OFFICIAL, 2026a).
For a studio tool, that matters.
The machine still needs to be useful after the unboxing video is over.
What customers say about the EC-27 and CÍ
At the time of writing, the EC-27 product page carries 18 customer reviews, with 16 five-star ratings and two four-star ratings. The wider CÍ website displays 506 verified reviews at an average of 4.91 out of 5. These figures are shown on CÍ’s own website and should be read as store-hosted verified customer feedback rather than an independent industry audit (CÍ OFFICIAL, 2026a).
The comments are useful because they do not only discuss the machine itself.
An Austrian small business praised the communication, shipment tracking, packaging and manufacturing quality, describing CÍ as closer to a business partner than a simple equipment supplier. Another customer noted that the setup videos made the process easier. Roch Atelier in France highlighted the solid materials, thoughtful design and responsive service. Other users have commented on the machine’s substantial build and the reassurance of receiving clear help before and after purchase.
That pattern is important.
People rarely need support when everything is obvious. The value appears when a new cardstock behaves strangely, a custom stamp needs checking or a replacement component has to be identified from a short video.
That is where knowledge, patience and long-term support stop being marketing language and become part of the tool.
Frequently asked questions
Does heavyweight cardstock always need a higher temperature?
No.
A smooth heavyweight card may foil more easily than a lighter card with a rough, open surface. Weight, texture, coating, foil grade and logo area all matter.
Is 150°C too hot for cardstock?
It may be suitable for one foil and card combination and too high for another.
Treat it as a test point, not a universal rule. Keep the press brief, use scrap from the real material and watch for edge spread, surface gloss changes or distortion.
Why not press gently for several seconds?
Because a longer dwell keeps feeding heat into the foil and cardstock.
It may improve the solid fill, but it can also release foil beyond the intended edges. We generally prefer quick, firm and even impressions, repeated when necessary.
Can I press the same logo twice?
Yes, provided the card and worktable have not moved.
Repeated short impressions can build coverage on a difficult surface. Poor registration, not repetition itself, is what causes a double edge.
Why is the impression deep but the foil still patchy?
A deep impression suggests that pressure is reaching the card.
Check the foil grade, surface coating, heat level, stamp flatness and whether the weak area remains in the same position every time.
How many sheets should I place underneath the card?
There is no universal number.
The aim is a flat, stable backing with a little controlled give. A thick, soft stack can create blurred edges rather than solving the problem.
Why did yesterday’s setting work but today’s does not?
Possible causes include:
- A different warm-up period
- A different card batch
- A different foil colour or grade
- A shifted backing layer
- A cooler room
- Residue on the brass stamp
- A change in press speed
- Slight movement in the worktable or holder
This is why keeping a simple material log is worth the effort.
Build a process, not a collection of lucky numbers
There is no single temperature that makes every cardstock behave.
A reliable workshop builds its own record.
Which foil works on this card?
How many quick impressions does this logo need?
Does the solid symbol need a different approach from the small text?
Which backing gives enough support without softening the edge?
How long does this particular brass stamp need to heat through?
Once you record those things, patchy and blurry results stop feeling random. They become useful signals.
Patchiness tells you that the transfer is incomplete.
Blur tells you that the process has moved too far in the other direction.
Check the foil and surface first. Check the mechanical contact next. Keep the press quick, firm and even, normally under one second. Raise the temperature in controlled steps, then use repeated short impressions when the work remains securely positioned.
Change one thing at a time.
A little method saves a surprising amount of card, foil and swearing.
About CÍ
CÍ is a specialist, curated leathercraft tool shop built for makers who care about tools that work properly and last.
The business was founded by twin sisters, with one now based in Nuremberg and the other in Shanghai. That cross-border setup has shaped the way CÍ works, combining product development and manufacturing with European fulfilment, international partnerships and direct support for makers around the world (CÍ OFFICIAL, 2024).
Some tools are developed and produced through CÍ’s own manufacturing network. Others come from independent tool designers and specialist brands that the team believes are genuinely worth bringing to a wider audience. It is a considered collection rather than an endless catalogue.
Across the shop, makers can find hot foil stamping machines, custom brass stamps, movable type, pricking irons, stitching ponies, skiving equipment, edge-finishing tools, cutting tools, punches, templates, storage and other practical equipment for leatherwork and small studio production. CÍ’s website currently lists more than 500 verified customer reviews, with an average rating of 4.91 out of 5.
Orders over $50 qualify for free global shipping, and the EC-27 product itself is listed with free shipping to most countries. Depending on stock and destination, orders may be fulfilled from Germany or Shanghai. CÍ also provides long-term technical support, because good workshop equipment should not become disposable the first time a small component needs attention.
The point is not to fill a bench with more tools.
It is to find the right ones, understand how they work and know that someone will still answer when the project gets complicated.
That is what CÍ is here for.
References
CÍ OFFICIAL (2024) ‘About CÍ’. CÍ OFFICIAL, 17 April. Accessed 15 July 2026.
CÍ OFFICIAL (2026a) ‘Maxita Hot Foil Stamping/Embossing Machine EC-27’. CÍ OFFICIAL. Accessed 15 July 2026.
CÍ OFFICIAL (2026b) ‘CÍ OFFICIAL: Leathercraft Tools and Custom Solutions’. CÍ OFFICIAL. Accessed 15 July 2026.
Foilco (n.d.a) ‘The Structure of Foil’. Foilco Foil Academy. Accessed 15 July 2026.
Foilco (n.d.b) ‘Hot Foil and Hot Foil Grades’. Foilco. Accessed 15 July 2026.
Reddit (2024) ‘Maxita foil stamping’. r/Leathercraft. Accessed 15 July 2026.
Reddit (2025a) ‘Patchy Hot Foil Stamping’. r/bookbinding. Accessed 15 July 2026.
Reddit (2023) ‘Advice for hot foil stamping’. r/Leathercraft. Accessed 15 July 2026.
