The Case IH Early Riser Planter leads the industry in accuracy and productivity.
The name "Early Riser" means— Faster, more uniform emergence due to superior seed to soil contact.
The planter is available in the following configurations:
12 N Pivot Transport
16 N Pivot Transport
12/23 Pivot transport
16/31 Pivot Transport
24/20 Pivot Transport
24 N Front Fold
36 N Trailing
AFS PRO 600 Monitor
Fully customizable touch-screen display
Large, 10.4 in. color screen is easily readable even with sun glare
Portable precision – easily moves from your tractor to your sprayer to your combine
For use with your planter or pull-behind sprayer
ISO11783 compliant – will serve as a virtual terminal for any compliant implement
Six Steps to Better Seed Bed Conditions
STEP 1
Narrow 10.5- degree offset double disk openers slice through
residue and penetrate hard soils to create a narrow seed furrow
with minimal side wall compaction.
(Competitors use a wider 14-degree nose-to-nose design that
causes more sidewall compaction, which can delay seed emergence.)
STEP 2
"Walking Beam" guage wheels maintain uniform seeding depth
and placement, even in fields wih heavy residue, rocks and
clods. Gauge wheels are also designed with a soil retention
groove to capture moist soil from the furrow, which is
eventually returned to the furrow by the closing system.
STEP 3
The furrow firming point defines the sides and bottom of
the seed furrow for a calibrated and accurate seed depth.
This prevents loose soil from creating a false bottom,
which can lead to inaccurate seed depth.
STEP 4
A V-shaped seed tube centers the seed into perfect position at the
bottom of the furrow. The tube is made of a special material that
reduces ricochet— and prevents inaccurate seed placement.
STEP 5
Inverted closing disks fill the furrow from both sides. In doing so,
they move the loose, moist soil (that was captured by gauge wheel
soil retention grooves) closest to the seed in the bottom of the
seed furrow.
STEP 6
A wide press wheel gently firms soil oer the furrow for optimal
seed-to-soil contact, leaving a crust-breaking chevron pattern
that spreads emergence.
