Hi

I've been using moo.co.uk for making postcards from my photos for many years. They allow me to have as many different photos on the front as I have cards in a pack. I haven't seen any other company offer that, or I would probably just switch now.

They recently removed the option "picture enhancement", which worked really well for my photos.

The first batch of cards that arrived now has less contrast and less shadow correction than the earlier versions. I have not reached out to their support yet, but will of course.

 -us/articles/360035605391-Dull-or-dark-print 

"We recommend previewing and editing your files in CMYK with the assigned colour profile Coated GRACoL 2006 in an outside design editing software. From here, you may choose to adjust your brightness (for photos), or CMYK colour values (for vector/text-based designs)."

I googled and I found a lot of documentation

 -space-conversion.htm 

 -US.lproj/index.html?page=pages/Clr/ClrProfiles.html?title=Color management

 -for-professional-printing/

but I'm still completely lost.

I like how my MacBook screen looks, I don't want to calibrate it to look any different.

I also don't really know how to use layers in AP yet. I do the adjustments I usually do directly on the background layer.

Things I've tried so far with the Coated GRACoL 2006 icc profile:

Maybe somebody who's reading this has been in a similar situation and can list the steps needed to get from my photos to the CMYK version for moo's printer?

Or maybe somebody can point me to a tutorial that's already covering that.

Thank you

Manu

Profil Iso Coated V2 300 Download

Download 🔥 https://urllio.com/2yGbZU 🔥

I'm not sure what you mean by that, Manu. In Affinity Photo, to change the color format and profile you would use Document > Convert Format/ICC Profile... and there's no "Color" tab. It looks like this:

If you were in Designer you would do that using File > Document Setup... where there is a Color tab. Or, in either application, if you're creating a new document you have a Color tab, but you haven't said anything about creating a new document.

> one hand tied behind your back

Thank you BofG for your honesty. I'll look into calibration again, then..

> ther's no 'Colour' tab

Thank you, Walt. Yes, the Colour tab is to the right of the photo (the other tabs next to it are Histogram, Swatches and Brushes).

My problem is that I don't know where I need to apply the ICC profile.

Photo. And yes, I'll try that, thank you.

(What I meant was: do I _also_ use the Softproof? And under Document, do I use 'Assign ICC Profile' or ''Convert Format / ICC Profile' or both?)

I don't have Photo, but is it not similar to Designer - can the source document not be left as RGB (with the necessary soft proof adjustment layer), and then on export be converted to CMYK with that ICC profile embedded?

But I was curious about your idea of Soft-Proofing an RGB using a CMYK color profile when you mentioned it above. I think of soft-proofing as applying a profile for the ink/paper to the existing document. And if that's all it does, then I don't understand how soft-proofing an RGB image using a CMYK printing profile will give the same results as exporting as CMYK and using the same profile. There's a conversion step to CMYK missing before the soft-proofing, isn't there? Or is that somehow built into the color profile?

I am returning to a business card printing company that I have not work with since I used to be an Adobe Photoshop customer, don't miss the product or the company -not going back, figured 20 years was enough.

I have been in the Affinity camp since their betas, despite Affinity's excellent software and expanding user base, some vendors still have trouble seeing past the Adobe landscape, no matter how outrageous their behaviors.

After following the procedure I reopened Publisher and there was the previously missing color profile in the popup menu. I am going to assume that if there are any other missing color profiles, this would be the same procedure.

That's what I call healthy fear or maybe self preservation.

I already wait about two weeks before any OSX upgrades, not all machines get upgraded at once and certainly not in the middle of a project.

Hello Steohen, thank you for your answer. I have downloaded the file as you can see in the screen capture. Now, from there, how can I have the profile imported in Photoshop? Thank you for your help. Annie

Hello Stephen, I really appreciate your help but this does not lead me anywhere (see capture 1). In photoshop, I tried to charge the file but this is not possible neither(second screen capture). (I am not a Pro, sorry if I ask basic questions). Thank you again for your help. and have a very nice en of day. Annie

Proven comfort, unusual look: The Low Profile Coated Cap is a classic dad cap with a soft front, curved brim and metal buckle. What makes it stand out is its slightly glossy PU-coated fabric, which turns heads with its crinkle effect.

Drug-coated balloons are a new tool for the treatment of de novo or in-stent stenosis; as yet little is known about the principle by which these devices apply their therapeutic agents during intervention. Concerns remain regarding clinical safety and efficacy of different coatings, mainly influenced by the amount of drug transferred into the arterial tissue and lost into the bloodstream. To assess whether the chemical or mechanical set-up influences drug migration and wash-off, we compared four paclitaxel-coated balloon platforms differing in surface structure (folded versus non-folded) and coating compounds (pure paclitaxel versus paclitaxel plus excipient) in a porcine coronary model. The study revealed high wash-off rates for all devices, exceeding 54.4% of the initial coating contents. In terms of tissue concentration significant differences could be observed between the coating compounds independently from the device platform. For the paclitaxel versus paclitaxel plus excipient balloons tissue concentrations of 0.02 and 0.33g/mm2, respectively (p

Drug-coated balloons (DCBs) are a nascent technology gaining a lot of attention among cardiologists and angiologists worldwide. As opposed to drug-eluting stents (DES) they allow intraluminal drug application to diseased arterial tissue without leaving an implant such as a metal scaffold behind. This may be beneficial where a stent is already in place or where stenting is problematic due to challenging anatomy.

DES are characterised by sustained drug release into the arterial wall. The release kinetics of the contained drugs are crucial for the efficacy of DES; the most common way to control this process is embedding the drug into durable or bio-erodable polymers. Multiple human trials have shown that no class effect can be observed for DES coated with the same antiproliferative drug.1,4 The safety and efficacy of DES depend on the delicate interaction of stent architecture, antiproliferative drug and polymer from which the drug is released.

These DCBs have a rather smooth polytetrafluoroethylene (PTFE) surface. The surface area does not significantly differ between relaxed and expanded balloons because of the semi-compliant balloon material. In order to achieve a small entry profile of the balloon catheter the balloons are folded in an umbrella-like manner (see Figure 1). Depending on the employed coating methods such surface coatings can be very uneven, showing high concentrations within the balloon folds and lower concentrations at the outer balloon.

An alternative mechanical system that insures a more uniform drug coating (and drug transfer into the tissue) is the drug-coated wrapped balloon (DCW). These balloons feature a highly elastic wrap around the folded balloon (see Figure 1). This wrap may be manufactured from latex or synthetic materials. These materials often possess micropores that partially open if the balloon is expanded. This might be favourable for the surface coating and drug transfer. On the other hand, a drug on the surface is more exposed to the blood, which might cause a higher wash-off. Little is known about the efficacy of such a mechanical platform.

For the paclitaxel-plus-iopromide-coated balloon (PACCOCATH Technology) there are several animal and human studies showing that a short-term administration of paclitaxel can inhibit neointima proliferation.5,8,11 Yet, a recent animal study comparing this balloon with a DCB coated with paclitaxel alone (DIOR) showed significant differences in the inhibition of neointima proliferation between the two DCB.3

To evaluate the differences between several DCB platforms the investigators sought a model that describes the chemical distribution of the therapeutic agent during DCB application. We assessed the percentage of drug transferred into the vessel wall (tissue concentration) as well as the percentage of drug lost into the bloodstream (wash-off) for four different DCB platforms in the porcine coronary overstretch model.

The study compared CE-marked DCBs with DCWs manufactured by the investigators. The main mechanical differences between DCB and DCW balloons are the material carrying the drug and the geometry of the coated surface. DCB have a rather smooth PTFE surface. The surface area does not significantly differ between relaxed and expanded balloons because of the semi-compliant balloon material. In order to achieve a small entry profile of the balloon catheter, the balloons are folded in an umbrella-like manner. Depending on the employed coating methods such surface coatings can be very uneven, showing high concentrations within the balloon folds and lower concentrations at the outer balloon.

DCW balloons feature a highly elastic wrap around the folded balloon. This wrap may be manufactured from latex or synthetic materials. These materials often possess micropores, leading to a certain roughness that is favourable for surface coating. In contrast to the umbrella-like folding of DCBs the wraps used for the present study always have a cylindrical shape whether the underlying balloon is relaxed or expanded, yet the surface of the wrap significantly increases when the balloon is expanded and decreases when the balloon is relaxed. With the change of surface area of the wraps, the opening size of the micropores also changes. 152ee80cbc

siren 2016 full movie in hindi dubbed download filmywap

daily lotto results app download

download ninja creed 3d shooting game mod apk