• Ride on type
• Easy to operate
• Robust construction
• Trouble free operation
• Adjustable hill spacing (planting distance)
• Low running & maintenance cost.

• Labour & time saving of ~65%
• Cost saving ~ 35-40%
• Reduced water requirement (-20%) during transplanting
• 10% increase in yield due to even planting density and reduction in uprooting of seedlings

Item

Rice Transplanter specification

Dimensions (Length x Width x Height) (mm)

2415 x 2165 x 1300

Overall machine weight

250Kg~400Kg

Adopted power

170 Air cooled Diesel engine (3.23kw @ 2600rpm);

175 Air cooled diesel engine(4.4KW@2600rpm); 178F/E Air cooled diesel engine (5.5KW@3000rpm)

Transplant part

Single wheel drive strip plate profiling

Work part

Split Stirling Crank and close rod transplanting part

Row numbers (row)

4/6/8/10

Row distance (mm)

238 / 300

Plant spacing of transplants (mm)

120-140;140-170;

120-140-170-190-210

Rice planting depth (mm)

The lifting rod is stepless adjustment

Working speed per row (m/s)

0.35 – 0.58

Running speed on rod (km/h)

7.8-10.7

Working capacity (mu/h)

2~5

The maximum width of separating needles entering into seedling discharge gate

17

Single trip transverse dividing seedling sequence (time)

14

Paddy field impeller

OD is 680mm

Run on road

OD is 705mm

The maximum angle of road wheel left and right turning

600

• Ride on type
• Easy to operate
• Robust construction
• Trouble free operation
• Adjustable hill spacing (planting distance)
• Low running & maintenance cost.

• Labour & time saving of ~65%
• Cost saving ~ 35-40%
• Reduced water requirement (-20%) during transplanting
• 10% increase in yield due to even planting density and reduction in uprooting of seedlings

• Ride on type
• Easy to operate
• Robust construction
• Trouble free operation
• Adjustable hill spacing (planting distance)
• Low running & maintenance cost.

• Labour & time saving of ~65%
• Cost saving ~ 35-40%
• Reduced water requirement (-20%) during transplanting
• 10% increase in yield due to even planting density and reduction in uprooting of seedlings

• Ride on type
• Easy to operate
• Robust construction
• Trouble free operation
• Adjustable hill spacing (planting distance)
• Low running & maintenance cost.

• Labour & time saving of ~65%
• Cost saving ~ 35-40%
• Reduced water requirement (-20%) during transplanting
• 10% increase in yield due to even planting density and reduction in uprooting of seedlings