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| Products that typically
staple 2-20 sheets using standard 1/4" leg length
staples and can be easily stored on the desktop or in a
drawer. |
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| Functional
Features: |
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Die Cast Construction is the
most expensive, durable and consistent form of stapler
with an ability to be molded into a variety of
shapes. |
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All Metal Construction is also
very strong and reliable with a wide variety of uses in
component parts. |
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Plastic Construction gives the
ability to mold into a variety of shapes without the
high cost of cast metal. Molded ribs and reinforcements
add strength. This type of stapler construction offers a
lightweight alternative to all metal staplers for users
who staple less frequently. |
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Full strip mechanism (or staple
channel) - all metal channel that holds 210
staples. |
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Half strip mechanism - all
metal channel that holds 105 staples. The half strip
staplers are often more compact in design with the same
great features as full strip staplers. |
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Open Channel Loading - offers
easy access to the staple channel by lifting up the cap
from the mechanism for loading of staples and clearing
of jams when necessary. |
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Reload indicator - located near
the front of the staple channel on either side of the
channel is a "viewfinder" that indicates when staples
are low and need to be refilled. |
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Tie plate - a steel plate
welded to the front of the staple channel. This feature
helps to maintain the dimensions of the channel and
staple chute for more consistent stapling and to aid in
preventing jams and misfed staples. |
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Anvil - the steel plate on the
base of the stapler with indentations that form the
staple. A rotating anvil, available in some machines,
allows users to perform the pinning function, which
straightens the staple legs outward rather than creating
the "clinch". Pinning allows for temporary paper
fastening. |
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Tacking latch - a latch on the
base of the stapler that locks the stapler head to the
base, preventing accidental opening. Unlocking this
latch allows the user to perform the tacking function.
Tacking is when the staple is driven into material
without using the anvil, like when attaching material to
a bulletin board. |
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| Additional
Features/Benefits: |
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Full rubber slipper -
stabilizes the stapler, provides protection from marring
the desktop and gives comfort to users who pick their
stapler up when stapling. |
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Built-in remover - molded
plastic or metal construction on the stapler that allows
users to combine two stapling functions in one tool
rather than needing a separate staple remover. |
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Lever Handle - on certain
stapler models the user gains an advantage due to the
size of the stapler cap relative to the size of the
mechanism. In these models, stapling is made easier due
to the added leverage made possible by the handle of the
stapler. |
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Contoured shape - staplers with
parts that are molded to fit the hand offer users added
comfort when performing the stapling function. This is
true of molded caps and bases, especially for users that
hold the stapler in their hand when stapling. |
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Soft touch material - whether
used on the entire cap or base or only in the area where
pressure is applied to staple, this feature offers
additional comfort to the user. |
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Stand up stapler - any stapler
that is designed to stand vertically. This feature is
space efficient and also ergonomic for users that
routinely hold the stapler in their hand to staple
documents. |
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Plier stapler - (or hand
stapler) operate with the squeeze of the hand and are
ideal for all-around office use as well as for florists,
check-out counters and many other applications. Plier
staplers can use either standard staples or undulated
staples. |
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| Heavy Duty Staplers use
heavier duty, longer wire staples to penetrate thick
materials and more sheets. Special heavy duty staples
come in assorted leg lengths from 1/4" up to 15/16",
capable of stapling up to 210 sheets of paper. Heavy
Duty Staplers can accept different sizes of staples that
are required to achieve optimal performance when
stapling varying quantities of paper. |
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| Product
Features: |
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All metal working components -
the mechanism and anvil are constructed for durability
and dependability. |
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Contoured lever handle - design
allows for a comfortable grip and maximum control when
stapling. |
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Follow block - the heavy duty
stapler's follow block can be externally released from
the back of stapler to allow loading of staples into the
staple channel. It performs the same function as the
internal follow block on the desktop staplers. |
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Adjustable Paper Guide - offers
the user an easy why to determine proper placement of
paper to perform stapling most efficiently. This feature
also gives the user an opportunity to place the staple
deeper into the document being fastened. |
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Jam Clearing Device - a device
located on the front of the mechanism that opens the
staple chamber to allow quick clearing of staple jams
when necessary. |
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Permanent fastening - driving
the staple through paper and forming a clinch with the
anvil that holds the paper together firmly by bending
the legs of the staple to clinch the staple. The clinch
can be standard or flat, with the latter improving the
ability to stack multiple documents. |
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Pinning - driving the staple
through paper and straightening the staple legs rather
than clinching them to form a temporary paper
fastener. |
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Tacking - driving the staple
into material without using the anvil. For example, when
attaching material to a bulletin board. |
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Desktop Stapling - stapling
performed with the stapler left on the desktop to use
the counter force applied by the working surface. |
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Handheld Stapling - stapling
performed with the stapler in the hand. Handheld users
will typically look for a contoured shape, soft-touch
materials and perhaps even the stand-up feature in a
stapler. Plier, hand and pocket staplers are designed
specifically for handheld use. |
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| Staples come in a variety of
sizes and types; each designed to meet a specific
stapling requirement. Some of the key terms related to
staples are listed below. |
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| Staple Terms: |
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Staple crown - the top of the
staple. |
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Staple leg - the "sides" of the
staple that penetrate the material to be stapled. |
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Staple strip - a length of
staples joined together with adhesive into a
predetermined number. A "full strip" is 210 staples and
a "half strip" is 105 staples. |
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Standard staples - staples with
¼" leg length, used in standard desktop staplers. |
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Chisel pointed staples - wire
is formed into a "V" at the staple leg ends to allow for
easier penetration through paper. |
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Undulated staple - a staple
with an offset crown for improved holding power.
Minimizes the risk of tearing when stapling very thin
materials. |
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High Capacity Desktop Staples -
high quality chisel point staples for use exclusively
with the Swingline Desktop High Capacity Stapler. This
single staple can be used to staple from 2 to 60 sheets.
The wire is a thinner, stronger gauge staple wire for
improved document appearance and easier removal. |
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By-pass clinch - stapling legs
by-pass each other when stapling small quantities of
paper. Allows one staple to be used on as few as 2
sheets and as many as 60 sheets without the need to
continuously change staple sizes. This technology is
used in the 2-60 Swingline Desktop High Capacity
Stapler. |
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Heavy Duty Staples - staples
made of heavier wire and longer legs to penetrate thick
materials and more sheets. Different sizes of heavy duty
staples are required depending on the quantity of sheets
needing to be stapled. |
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