DASMESH 913

DASMESH 913 - Multi Crop Tractor Driven Combine Harvester

DASMESH combine harvesters are superior harvesting machines that are enabled to perform in tough geographical conditions. DASMESH combine harvesters are known for their remarkable combination of strength, style, performance and efficiency, regardless of terrain or crop conditions.

DASMESH combine harvesters are the culmination of high quality raw material, latest technological manufacturing process and in depth agricultural knowledge of our engineers and great leadership that builds on the strong attributes of our previous models but adds more optimum harvesting performance, technology, comfort and convenience to take our current and future customers to a level not offered on any other combine company.

Since the introduction of the DASMESH 913 Self Propelled Combine Harvester in 1985, DASMESH has built an utmost reputation for what is important to farmers when it comes to harvesting, such as capacity, fuel efficiency, grain quality, low grain loss, reduced compaction and in field service availability.

DASMESH 913 is a Self Propelled Multicrop Combine Harvester with Straw Walker Technology featuring 110 HP Ashok Leyland diesel engines that are noted for the extraordinary power and reduced fuel consumption, while also complying with today’s stringent emissions standards. The new DASMESH combine harvesters offer more cabin space than ever before, giving operators maximum freedom of movement as well as excellent visibility on all sides of the machine. This tough and beatiful machine is also avaiable with AC Cabin and Hydraulic Auger System (optional).

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DASMESH is known for building agricultural equipment that are easy to Service and Maintain and the DASMESH 913 lives up to that reputation. The simplicity and accessibility of DASMESH 913 Combine Harvester allows operators to quickly perform daily maintenance tasks and adjustments. Side shields are easy to open access large areas to the DASMESH 913’s critical components and daily maintenance areas help reduce downtime. Belts and other wear components are changed in less time than it takes to service competitive units.