Potable harvester suits to work in the plane, highland, terrace, triangular area and marshy land. It can harvest wheat, paddy, soybean, sugarcane, reed, clover and the other crops. It is easily operated and is highly efficient during work. 

Potable harvester | Paddy Cutter| Mini Harvester：

Feature
Easy operation, small measurement, light weight, flexible turning, simple dismantling and easy throttle-control.
Wide suitability. It can work in the mountain area, the hilly terrain and muddy field. It is suitable to work in the large planting area, also in the small land. 
Powerful engine and compact structure. Two stroke and four stroke are available. 
Harvesting and clearing are finished together. 
Configuration can be optional according to the requirement.
It can be used to reap paddy, wheat, corn, legume, grass, and etc.
Harvesting rate:  500m2 -800m2/person;
Loss rate:＜1％ 
Advantage:
Engine adopts Japanese technology, which is strong and stable. Cylinder wall is chrome plated, reinforced crank is equipped, which lengthen the motor work-life and obtain the best performance. 
Blade is made of extra fine manganese steel; transmission part uses the advanced high-frequency quenching techniques to guarantee the high-wearing feature. The gear mesh of transmission part is accurate and compact to achieve the smooth operation, which greatly decrease the maintenance charge of end user.
Necessary guarding articles like waist support provide the high comfort and safety during working.
Harvesting is clear and the laying is tidy in swatch or in stack. 
After the change of matched blade or work head with safety cover, it can reap brush, grass, reed, legume and etc. it can also be used for pollard and lawn-edging.  
Use-cost is low and cost recovery is fast. 
It avoids the problem of frequent seizure leading by the under power of the   electric-motor harvester. Its performance is smoother. 
The thickness of pipe is 1.8mm and the pipe diameter is 28mm.
The vibration is small; the speed-raising in short distance is fast.

Specification