Direct thermal labels for Zebra desktop printers are made of
high quality coated material to extend print head life and
reduce maintenance cost. The heat-sensitive barcode labels
are die cut with mitered corners on a 1” core. These high
quality barcode labels maximize print quality to ensure a
good read. Direct thermal labels do not require the use of
ribbons and are ideal for shipping labels, address labels,
or other applications where short label life is acceptable.
Direct sunlight and high heat accelerate the degradation of
direct thermal labels.
Zebra - Thermal Transfer
Labels
Thermal Transfer labels for Zebra desktop printers
require a ribbon to produce an image on the label. Our
barcode labels are made from high quality bright white
material; die cut with mitered corners on a 1” core with
an outside diameter of 4 to 5 inches. Thermal transfer
labels require the use of ribbon and are ideal for
product labels, shelf labels, asset labels or other
applications where label life needs to be extended.
Datamax / Sato - Direct Thermal Labels
Direct
thermal labels for Datamax, Intermec, Sato and other
higher volume industrial barcode printers are made of high
quality coated material to extend print head life and reduce
maintenance cost. The heat-sensitive barcode labels are die
cut with mitered corners on a 3” core with an outside
diameter of 7 to 8 inches. Direct thermal labels do not
require the use of ribbons and are ideal for larger volumes
of shipping labels, address labels, or other applications
where short label life is acceptable. Direct sunlight and
high heat accelerate the degradation of direct thermal
labels.
Datamax / Sato - Thermal Transfer Labels
Thermal transfer labels for Datamax, Intermec, Sato
and other higher volume industrial barcode printers require
a ribbon to produce an image on the label. Our barcode
labels are made from high quality bright white material; die
cut with mitered corners on a 3” core with an outside
diameter of 7 to 8 inches. Thermal transfer labels can be
ordered with or without a perforation between each label.
Thermal transfer labels require the use of ribbon and are
ideal for product labels, shelf labels, asset labels or
other applications where label life needs to be extended.
Only Thermal
transfer labels require a ribbon for
printing. Available ribbons come
in all lengths and core sizes. You can
choose from a wax ribbon, resin ribbon
or a combination of both wax and resin.
Wax ribbons are formulated for
high-quality printing on both coated and
uncoated paper labels/tags. Wax/resin
ribbons are formulated to offer
high-quality, durable barcodes, text,
and graphics on coated paper and
synthetic labels/tags. Resin ribbons
provide exceptional solvent resistance
for the harshest environments for both
coated paper and synthetic labels/tags.
Multi-panel
ribbons are developed with the newest
technology in dyes available. These ribbons
use dye-sublimation, which means the color
dye is vaporized into a gaseous state and
then diffused onto the cards at the
printhead station. Prolong card life
with Zebra’s patented overlay (“O panel”) in
the ribbons, which protects your card
against dye migration and abrasions.
TrueColours® ribbons are also designed to
help extend the life your Zebra card printer
with a unique silicone-based coating that
minimizes printhead debris. Ribbons without
this coating allow particulate buildup on
the printhead, which may decrease the life
of this critical printer part.
Color Ribbons - Single Panel
For
consistent high-quality output from your
plastic card printers, you can use
monochrome print ribbons. These ribbons
deliver sharp monochrome bar codes and text.
Monochrome resin ribbons are available in a
variety of colors including black, red,
green, blue, gold, silver, white and
scratch-off gray. Monochrome resin ribbons use “thermal
transfer” printing technology, a process by
which a heated printhead is used to transfer
a digitized image from the ribbon to the
surface of the card.
Cleaning Supplies and Miscellaneous
We offer a
variety of cleaning supplies that will assist in maintaining proper
card printer performance. Cleaning supplies will keep your ID card
printer clean and will increase the life of important parts,
including printheads, transport rollers and magnetic encoders.
Routine cleaning will product better quality, full color ID cards
and extend the life of your Zebra card printer.
PVC ID Cards
Our premier quality PVC ID cards are
made to provide outstanding image sharpness and vivid colors to
ensure maximum card printer performance. PVC cards are available in
20 and 30 mil thickness, are ISO compliant, dust free with smooth
edges. Our plastic ID cards can also be
ordered with Hi-Co or Lo-Co Mag Stripe. Premier quality PVC ID cards
are ideal for applications requiring durability such as transit
passes, visitor badges, identification and loyalty cards.
PVC Composite ID Cards
PVC Composite
Cards provide high image quality &
flexibility with temperature durability.
They are available with or without a
magnetic stripe in LoCo or HiCo. These cards
are stronger because they are made up of a
polyester core and sandwiched with PVC.
These cards are used in application
environments that are uncontrolled and
require high usage such as time and
attendance, access, control, equipment
check-out, and multi-application university
ID cards. Composite ID cards are high
durability cards made with a 40% Polyester
core & glossy PVC top & bottom. These cards
are suitable for any application where a
high breakage rate occurs.
Smart Cards
An embedded microchip within the card layers
that allows for large amounts of data
storage and management. Chip is protected by
a contact “plate” available in gold or
silver. Smart cards
can improve the security and privacy of
patient information and is a quickly growing
application in digital identification cards.
Smart
cards have a chip embedded in them which can
be programmed. Smart cards can store over
100 times more information than a magnetic
stripe and they can be reprogrammed to add,
delete or rearrange data.
The second type of smart card contains both
a microprocessor and memory. These cards can
store massive amounts of information, plus
the microprocessor enables the card to make
its own decisions regarding the information
stored. Both types of chips can be addressed
by Zebra card printers since they all offer
an optional smart card contact station. The
printer brings the card into the contact
station and then passes programming signals
from an external programmer to encode the
smart chip. For more advanced security and
technology, Smart Cards can also be
contactless. These cards utilize various
short and long range RFID technologies to
write and read.
Security
Featured Cards
Start with a
high-quality Zebra plastic card containing
your choice of preprinted security features
and built-in security materials. Using
Zebra’s Security class on-demand card
printers, encode magnetic stripes, radio
frequency identification tags for proximity
cards, or smart chips for data security in
smart cards, plus print variable text and
vibrant ID photos. For higher card security
and durability, add laminates embedded with
additional overt, covertand
forensicfeatures.
Embedded Hologram Cards
PVC & PVC Composite cards
with a tamper-resistant hologram embedded
within the layers of the card for an added
low-cost security feature. The hologram is
part of the background of the white card
enabling printing to be applied directly on
top of the hologram. Lamination may also be
applied if required. The hologram
incorporates both visible and ultraviolet
printing of a pattern or logo. This security
feature prevents the hologram image from
being reproduced with photography or
photocopying.
Color Shifting Ink Cards
PVC & PVC Composite cards
with a specified image of colorshifting inks
formulated to change from one color to
another. This feature is part of the inner
layer of the card and cannot be scratched,
or removed.
Opacity Mark Cards
PVC cards with a
tamper-resistant printed image within the
layers of the card for an added low-cost
security feature. Image acts as a watermark,
only visible when held directly in front of
a bright light source. The image can be of
any color or image. This security feature
prevents the image from being reproduced
with photography or photocopying.