Soiltech Lasers

Combine harvesters can be used for a range of crops, including wheat, oats, rye, barley, corn, soybeans, rice, and more. Changing crops often requires switching headers and making minor mechanical adjustments. This adaptability makes the combine a crucial investment for multi-crop farmers.

A combine harvester, often simply called a "combine," is a complex agricultural machine designed to efficiently harvest a variety of grain crops. Its name comes from its ability to perform three major harvesting operations—reaping, threshing, and winnowing—in a single process. This mechanized integration greatly increases productivity, reduces labor costs, and minimizes the time needed to bring crops from the field to storage.

The all new PREET 987 - Deluxe Model combine harvester with AC Cabin is the true leader of crop harvesters. It represents the best performance, productivity and serviceability available at the moment. PREET 987 - Deluxe Model is loaded with most advanced features. This Multicrop Combine Harvester is designed for harvesting all traditional grain crops like Wheat, Paddy, Soyabean, Sunflower and Mustrad etc. Some of the features are as under:
Engine Cooling by Clean Air through Rotating Sieve.Hydraulically Operated Discharge Tube.Heavy Duty 5 Speed Single Lever Gear Box.Folding Type Stanless Steel Elevators.Heavy Duty Reel.Wide Straw Walker.Thourough Threshing, No Grain Breakage.Large Sieve Area for Optimum Grain Cleaning.Small Turning Radius.Power Steering.Heavy Duty Chassi.Disk Brake.Good maneuverability in the Wet and Soft Fields.Well adaptation to the crops of slightly wet, lodged, or hard to thresh.New Graphics with New Color.
Specifications & Features
PREET 987 - Deluxe Model features a high-power 6-cylinder Diesel Engine (110 PS @ 2200 RPM). A large Torque Reserve, Simple Design, Low Maintenance Costs are coupled with High Fuel Efficiency and Friendly to the Environment. Clean grain is stored in a large-capacity (2.5² m) grain tank. Such capacity increases performance efficiency by reducing unload cycles. Improved Augar System for Quick Unloading of grains into trucks and trailers.
Threshing System with Flexible Concave ensures active separation with minimum damage to grains and straw, including in the most complex field conditions. The improved threshing system is makes sure consistent and gentle threshing without loss. 606 mm Dia separator boosters facilitate a smother crop flow. Straw walkers with large separation area providing autonomous rethreshing unit will ensure that crops are harvested with minimal loss. Shaking amplitude of walkers is selected specially for getting maximized recovery of grains from the straw mat. Note: Technical Specification may change/update without any prior notice.

The facelifted Preet 7049 - Maize Special Combine Harvester is the genuine king of crop harvesters. It represents the best performance, productivity and serviceability. PREET 7049 is India's most popular maize combine harvester now with new features and color. Preet 7049 Combine Harvester is specially designed for maize harvesting. Some of the features are stated as under:

Heavy Duty 5 Speed Single Lever Gear Box.Folding Type Stanless Steel Elevators.Wide Straw Walker.Small Turning Radius.Power Steering.Easy to Maintain.Suitable for Maize (Option for) Wheat, Paddy, Soyabean, Sunflower, Mustard & Grams.Heavy Duty Chassie.Disk Brake.Good maneuverability in the Wet and Soft Fields.Well adaptation to the crops of slightly wet, lodged, or hard to thresh.New Attractive Graphics.Large Sieve Area for Optimum Grain Cleaning.

A combine harvester, often simply called a "combine," is a complex agricultural machine designed to efficiently harvest a variety of grain crops. Its name comes from its ability to perform three major harvesting operations—reaping, threshing, and winnowing—in a single process. This mechanized integration greatly increases productivity, reduces labor costs, and minimizes the time needed to bring crops from the field to storage.

The use of combine harvesters has revolutionized agriculture, particularly in large-scale commercial farming. By significantly reducing the need for manual labor and speeding up the harvesting process, they lower operational costs and increase output.

Environmentally, modern combines are being designed with fuel efficiency and emissions standards in mind. Additionally, by enabling timely harvests, they reduce the risk of crop spoilage due to weather or pests.