PACKAGINIG MATERIAL DESIGN WITH HOLOGRAPHY APPLICATION
Žiljak Ivana
Packaging material design with holography application
The packaging material's design is of vital importance for the product – it
protects the product and makes it recognizable amongst other brands in the
market, and has direct influence on the relationship between customer – product.
Well designed packaging material must bear the personality stressed by the
designer and transfer this charge onto the customer. Some will consider it
to be motivated and attractive whereas others will consider such packaging
material as bold and repulsive. A designer must build up the image of a product;
a recognizable and clear picture that will be transferred onto the customer
by making him want to use products of a certain brand – with certain packaging
material design. The packaging material must be recognizable, clear and unique.
The greater part of the packaging material surface is reserved for obligatory
information, so the designer's job is growing in significance because he must
bring into accordance legal, designer and safety issues. All companies insist
on instant recognition of a corporative identity. The designer's job is really
important here – to bring into accordance new graphic and printing protective
elements and to make a conceptually clear and recognizable graphic product
design.
In contemporary product promotion it is necessary to apply the most recent
designer and technological achievements. A multi-level approach to protection
techniques should be applied in protecting products with the help of packaging
material. The first step in a product’s packaging material protection is by
using holograms in printing, a technique that may not be reproduced or copied
by any other graphic technique. The most frequent protecting supplements are
those that are determined by machine reading. Furthermore, there are procedures
of application with optically varying numbers, invisible and electronic colours,
micro-texts, animated images, morphol images (changes from text to log, for
example), and oncoming new generations of materials. Let’s add colours that
change under different kinds of illumination, or colours that change if they
are touched, colours that change depending on the temperature. Not all the
listed elements against forging are available to all, and they are poorly
readable or not readable at all, nor can they be reproduced with the usual
scanning equipment and other forging procedures.
A hologram has a unique optical effect, evident to the bare eye and when moving
under different angles the graphic element colors and shades change - as many
as three. Today the holograms applied have as many as three reading protection
levels - Multimatrix hologram:
1. Recognition with the bare eye – no tools are necessary
Holograms are observed under a light, by rotating the image – horizontally,
vertically, rotation. A kinetic effect is observed (linear, spreading, rotation,
counter-rotation). Dynamic holographic micro-texts may be read, 2D/3D and
3D (stereographic) display.
2. Professional control
Micro-texts and micro-graphics are controlled. Special lasers are used in
case the cryptogram ( covered image that may be seen with the help of a laser
beam) or dyinagram (dynamic cryptogram) should be observed.
The best types of protection are top sorts of coding for image and colour
recognition, but such protection may be read only with the help of machines
with various laser systems, so that the customer cannot check anything without
having tools.
3. Forensic laboratory
Nano-texts and nanographics (05 microns+), coded nanostructures,
coded nanobarcodes are observed
One of the interesting holograms I would like to point out is the transparent
hologram applied onto bottles (containing alcohol beverages, medicine, motor
oil) in the form of PVC protection covers that prevent the bottle content
to be tampered with. The holographic tape on the covers may be numerated as
well. It may be glued over the packaging material as well as the opening area.
Many types of holograms may be glued over the packaging material in the form
of stickers or embossed foil such as 2D/3D holograms, Dot-Matrix holograms,
Flip-Flop holograms, holograms containing micro-texts and holograms with printed
serial numbers.
Holograms open many possibilities in developing multi-layer visual messages,
messages in motion and a 3D presentation. It is possible to postpress them
on packaging material in modified series and forms, for each production series
separately. Small editions may be produced with digital printing, reaching
top-quality results with modest production expenses. Such small editions are
especially suited for: celebrations, business gifts. Even one single copy
may be produced for some special occasion.
Certain groups of business entities are ready for the implementation of holography
and this means specialization and implementation of holography in general.
In order to apply and implement holographic solutions into the packaging material
area in a systematic manner it is proposed to organize several work groups:
a group for holography application follow-up with the goal being to encourage
and direct the necessity of mass protection of the very products, as well
as financial control, a group for developing authentic design and creating
databases of holograms created in Croatia and in the world, a group for organizing
holography educational implementation and product protection techniques as
well as a separate work group for covering protective holography application
on food products where it would be used on packaging material that does not
fall into the graphic products group. Such products are, for instance victuals,
fresh foods. The proof of the product's authenticity is important, as for
instance whether it is of domestic origin, and whether it is free of genetically
modified substances. In such cases a hologram is proof that the packaging
material contents are in accordance with the goods declaration. Soon holograms
will be found on all products as control of state taxes. We are joining this
important struggle so that holography application falls into a system and
is treated appropriately.