You can define various fields as part of your card design, including images and text and barcodes. These can be fixed and so appear on all cards, or can be input fields which can be specified for each individual card such as someone's name or their photo. Using the same input field name in more than one field means the same content appears in more than one place, so a name or ID number could be shown as text and included in a barcode, for example.
It is possible for one design to be derived from another, and so all of the fields of the parent design apply first. You can make such a design using the derive design button. You can then edit/add fields to the new design on top of the old design, or copy all fields over if you need to make an independent design. This is how standard designs are set up - making a derivative for you to create cards to print.
When adding a field, you can select the type of field. The main types are:-
By default the field name is the of a variable which can be set per card, e.g. Name, etc.
It is important to note that the same field name can appear on multiple fields. The variable only exists once, and so that same value can appear in multiple places and types. E.g. You could have Name in black text on the front, and also in a 1D barcode on the back, or encoded in a mag stripe track.
A field name that is just underscore _ is a fixed field. More generally any field starting with an underscore is a non variable field, and is normally one of the dynamic fields like _id.
There is a special case of fields starting double underscore __ - these are non printing fields, used for cosmetic artwork (e.g. stuff already on the card, such as SIMs).
Note that field names can exist to define variables which are not directly printed, but can be used for part of dynamic variables, etc.
Normally, a field with a normal name has a value from the variables for the individual card. The card design allows an example to be set and shown for the deck design. If a field is used as an image, the value is actually a hash of the uploaded image, and you have the option of uploading new images per card for such variables.
A field can, however, be multiple choice, with have a set of tags, each of which has its own value. When the variable matches the tag, the corresponding value is used instead. When entering values for a card the tags are shown as a pull down selection.
A field can also be conditional, such as a fixed header only shown if the corresponding value is set. Use a field name starting with ?, e.g. ?Name to show the value only if the corresponding variable is not blank.
A number of dynamic fields allow content to be created. These have a field name that starts with an underscore. The fields can be used in various ways, e.g. text, barcode, magstripe, etc.
The design allows you to see both sides of a card the way up you expect the card to be viewed. This makes design much easier, although you can rotate text and images, etc, if you need. To help with this, the design can be portrait or landscape.
When printing double sided, it matters how the artwork is printed, and this depends on long-edge-flip or short-edge-flip, i.e. how you turn the card to see the reverse side the right way up. This can be set in the card design. Obviously this impacts where a slot, magstripe, or SIM cutouts appear on the rear of the card design.
Because cards can have features like contacts and magstripes, you may also like to rotate the whole design to fit these features. This can be selected in the card design.
If you want a slot in the card, and have any additional features like SIM or Magstripe, you may need to try these settings to get the slot in the right place relative to these features. It is a good idea to get this right before making the artwork for your design.
A number of special field types exist which relate to the physical card.
You can set the position, side, rotation, and alignment of most field types.
The position defines where a rectangle for the field is located, and can be from either edge or centre of the card.
The position can also be relative to the previous field (and the order of fields can be changed within a colour/side). This is mainly intended for one field to be below another, and so the relative vertical position defines the gap between fields, however the relative horizontal position is from the other edge, e.g. +0mm from left is aligned to the left of the previous field (not the right). Relative position is from the previous field after any rotation was applied to it.
The field has a size, a width and height, before any rotation is applied. One or both of these can be left to be zero as automatic, depending on the type of field. In the case of an image such as a logo it works well to define one dimension and leave the other automatic, ensuring the image is not cropped. For a photo you may want to set both, cropping any over the edge whilst maintaining aspect ratio.
The rectangle can then be rotate in various ways - the alignment depends on the position, e.g. if position from left of card the left side will be maintained when rotated, adjusting the right hand side as needed, etc.
Within the rectangle it is possible to define alignment for various types of field, mainly text. This alignment applies before any rotation. When applied to images it indicates how the image is cropped to cover the rectangle. In the case of bar codes this relates to any additional space needed where the barcode format has to be smaller than specified to pixel align for printing.
You can select font and style and size of text as well as the format. For single line text the baseline of the text is the bottom of the position rectangle, for othe types the text is positioned within the rectangle. Alignment applies to lines within the text. You can wrap text or define a simple block of text. Automatic size is often sensible for any fixed text, but you want want to confine the text to a box for any per card fields.
For many things you can pick a colour for fill and outline. You can select one of the colours or enter #rrggbb or even #rrggbbaa. You can also enter some special colours, such as rainbow.
Remember that the card is made of layers - with the colour layer printed first, then the black layer printed on top. Any UV layer is then on top of this. If you use the PO layer, this inhibits printing of colour or black, so effectively prints white (note that it is not possible to print fine detail in the PO layer).
The price for your card design is shown on the design edit pages. The cost depends on:-
The main place where you can reduce cost is double sided cards - the cost depends on how ribbons are used. So the cheapest double sided cards use colour on one side and black on the other allowing only one CMYK panel per card. We also have double black ribbons that mean colour+black on one side and only black on the other is cheaper than printing full colour+black on both sides.
Cards can be used in situations where security matters, especially any sort of identification card. For this reason, if you ask us to print anything that looks like an ID card, we will take extra measures to check you are entitled to the card. If you need ID cards in a hurry, pay us from a bank account in the same name as the organisation shown on the card.
For the avoidance of any doubt, we cannot guarantee to always get this right. We can refuse to print cards for any reason, and all we owe you is a refund of what you have paid. If we print your cards, you take responsibility (and indemnify us) for any liability including in relation fraud, copyright or trademark.
Please consider the following security advice when designing cards - and investigate security yourself to ensure you are happy with the security offered by printed cards.
|Edge to Edge printing||It is common for cheaper printers to be unable to print right to the edge of a card, so a design with blocks of colour or images that bleed over the edge can cost more to copy. This is just a matter of cost, and more expensive printers can print edge to edge.|
|Micro printing||We can print at 600dpi and so can print tiny lettering that is harder to print on a cheaper machine. Again, this is simply a matter of cost. However, microprinting can be harder to copy from a simple photograph.|
|UV fluorescent overlay||A UV overlay can be printed on a variety of printers, and again this is a simple matter of cost. However, it may not be obvious that there is a UV layer and so someone copying a card may not realise. It is also harder, or even impossible, to copy the UV layer from a simple photograph.|
|PO overlay||We can print in a protected overlay which prints white, and so can print white on white which you can see at the right angle in the light, and is slightly tactile. This is an unusual feature, but other printers could do this. This makes it harder to copy from a photograph.|
|Barcodes||Barcodes are easy to read and copy and offer little security. They are simply a convenience for machine readability. See note below on signing.|
|Mag stripe||Mag stripes are easy to read and copy with inexpensive equipment. They are simply a convenience for machine readability. They do offer protection of copying from a photograph, obviously, as the code cannot be seen.|
|RFID NTAG||NTAG codes are intended to be read, and easy to copy. They can hold more data though, so see note below on signing. Once again, someone copying a card may not be aware that you used a NTAG card, and they cannot copy from a photograph.|
|RFID MIFARE Classic||Please do not assume these are secure - there are simple tools that can extract keys in minutes. See note below on signing.|
|RFID MIFARE DESfire||DESFire with AES is generally considered reasonably secure, and for this reason we do not normally encode such cards - instead we will print them and record the card ID so you can encode the card matching the details printed on it when you get the printed cards from us. This avoids having to give us keys to encode such cards.|
Some means of encoding allow a reasonable amount of data (RFID, and 2D barcodes) which could allow signing of data. This is, in itself, no protection against copying, but it can allow you to ensure false data is not deliberately encoded. This is not usually very useful for identification because of the ease with which it can be copied.