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Why Choose Our Fiskars Pruners?
When cutting, the weight of the tool and the poor working
position of the hand and fingers cause static tension, resulting
in muscle strain and chaffing of the fingers.
A common element in the Fiskars product family of pruners,
loppers, shears and pole pruners is the patented gear mechanism
with its slight variations.
All design and development takes the following into consideration:
Strength peaks somewhere between age 25-35. People lose approximately
10% of their strength by age 40. By age 50 they lose 15%. By
age 60 they lose 20%. By age 65 they lose 25%. And by age 75,
strength loss will be around 40%.
In general, adult females are about 2/3 as strong as adult males.
However, studies have shown that women have only about 1/2 of
the grip strength of men.
PowerGear® Lopper
The totally new kind of gear mechanism increases the cutting
power by 230%. Therefore the handles can be made shorter than
usual. The lopper becomes light and easy to use.
Manual cutting depends on the arm muscles. In order to avoid
strain injuries (such as tenosynovitis), the long-term strain
on the muscles must be no more than one fifth of the hand's
maximum strength.Constantly exercised components are prone to
fatigue fractures. This is why it is important to test the structure's
fatigue-resistance in addition to its static breaking strength.
Softgrip® non-slip grips Ambidextrous Carbon steel blade
Lifetime warranty Made in USA
PowerGear® Hand Pruner
Innovative gear mechanism increases cutting power and makes
cutting easier and better balanced. Thanks to the pruner's
ergonomic design, less muscle power is needed. The shaping
of the lower blade is handy for gripping branches for trimming.
The upper blade can be sharpened. A screw allows adjustment
of the grip to better fit the hand of the user.
A conical gear mechanism attaches the rotating lower handle
to the upper handle. The handle rotates with the action of
the fingers, thus preventing chafing. The unique design of
the handle means a longer working motion of the index and
middle fingers, minimizing the strain on the muscles of the
fingers and hand.
PowerGear® Hedge Shears
Another hand pruner with special features Instead of cutting
with a single continuous stroke, a multiple squeeze and release
action is employed when cutting thicker branches. Cutting
is accomplished by using several easy squeezes instead of
one hard squeeze allowing those with lower hand strength to
still cut larger branches.
When cutting hedges, a bunch of thin branches bend together
between the blades and the actual cutting happens at the end
of the movement. Therefore, the strength required for cutting
is accentuated and multiplies at the end of the cutting movement.
Fiskars hedge clippers are designed based on the need to increase
the cutting power towards the end of the cutting process.
Variable power transmission has earlier been applied in the
Fiskars clearing shears. At first, the same planet gears were
used, but with a considerably large clearing. The structure
worked well, movement seemed unnatural in the hedge clippers.
With an ingenuous, but simple change of structure the scissors
were made symmetrical using the same two asymmetrical
parts, plus their two mirror images. Compared to conventional
ones, these hedge clippers give 3.5 times more power to the
cutting process.
Tylenol/Arthritis Foundation Design Award
What size Pruner/Lopper do you need?

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Cutting Capacity |
Weight |
Length |
| Softouch® Serrated Floral Snip |
|
.3# |
10" |
| Softouch® Micro-Tip® Pruning Snip |
|
.2# |
10" |
| LoopHandle Bypass/Anvil Pruners |
5/8" |
.4# |
10" |
| Softgrip® Bypass Pruner |
1/2" |
.4# |
10" |
| PowerGear® Bypass Pruner |
3/4" |
.6# |
10" |
| PowerGear® Anvil Lopper |
1-1/4" |
.8# |
15" |
| PowerGear® Lopper |
1-1/2" |
1.2# |
18" |
| Medium PowerGear® Lopper |
1-1/2" |
1.6# |
22" |
| PowerGear® Pro Bypass Lopper |
2" |
2.6# |
32" |
| PowerGear® Hedge Shears |
3/4" |
1.8# |
22" |
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