The cutting header ensures a consistent head first feed of material of all crop types through the innovation of the powered belt system, for greater threshing ability.
Powered Belt System: the one meter length between the knife and auger, allow for improved performance and visibility. Tall and short crops can be cut and easily transported directly underneath the auger by the revolving power belt at a constant speed, increasing the productivity of the machine.
Reel: the hydraulic reel can be regulated to 3 different positions, high enough to reach taller crops and low enough to allow the reel tines to reach below the knife making it reliable in crop pick-up even in laid conditions. The reel speed adjusts automatically, the Operator can set the speed ratio from inside the cab, so the reel will automatically compensate to the forward speed of the combine for perfect crop flow into the header.
Knife: the exclusive Schumacher system guarantees a higher cutting strength, precision, and a 1,220 rpm working speed even on green or damp crops. The strong and reliable gear box vibrates less therefore, less wear on the cutting header. The blades of the knife are double supported, constantly sharp and self cleaning, therefore more difficult crops like oil seed rape, peas and rye are tackled with ease.
Oil Seed Rape: exclusive design of the Power Belt allows efficient collection of rapeseed without having to employ an additional kit, but simply installing optional side knives, where the crop dividers attach. A special rape auger (optional) can be easily installed above the main auger and can boost productivity when harvesting long stemmed oil seed rape.
Crop Dividers: the standard Torpedo foldable crop dividers were engineered for all types of crops and conditions. The assembly is quick and simple, not requiring the use of any tools. The unique design make it possible to fold the dividers making it easier to transport on the road.
The TST, Tera Soft Touch levels the cutting header across the ground and lengthwise, thanks to two systems that work at two ranges of height (50 to 200 mm for short-stemmed crops, or 100 to 500 mm for taller crops). The new system is controlled by an electronic proportional valve which gives a more accurate leveling performance in all conditions, including fi eld pressure control.
Continuous feed and uniform cutting even in difficult conditions.
Large -diameter auger: thanks to a large-diameter auger with larger flighting, it allows for increased and improved feeding capacity.
Open-profile frame: provides better visibility (facilitating crop flow control) and improves the handling of long-stemmed crops. The frame is designed to simplify hitching and unhitching the cutting header.
Header /machine coupling: the cutting headers are hitched by a centralized multiple coupling system for all electric and hydraulic controls. This makes hitching a quick, simple and precise operation.
Hydrostatically driven pickup reel: it is equipped with newly designed tines, anti-clogging blades (Schumacher system) and simplified drives. This combination of components improves balance and the efficiency of the pickup reel on laid crops and is practically zero maintenance.
The long crop elevator, with large intake, is designed to improve the performance of the machine with a greater capacity, a smoother crop flow and the possibility of coupling with larger headers and offers the operator better visibility from the cab. Header lift capacity is improved with the lift cylinders lifting capacity up to 2.600 kg.
The PFR, based on a roller fitted with retracting fingers at the entrance of the elevator channel, is another solution to ensure the continuous and even flow of crop from the cutting header to the threshing apparatus. The advantages are plentiful: more regular threshing, constant levels of combine performance, lower power requirements, reduced fuel consumption and longer lasting drives. The benefits are obvious, both for your work and for your productivity.
It subjects the crop to a forced separation action, however it can be deactivated if the crop is delicate with friable straw. This exclusive patented system, allows the separation capacity to be regulated based on the type of crop and its condition.
The operator can switch from an aggressive threshing action to a more delicate one several times a day, by simply pressing a switch.
Laverda’s long straw walker system achieves further active separation thanks to the exclusive design of the walker pans and steep steps. The powerful fan with a differential flow rate has two air inlets at the sides and one at the top. In addition to top quality grain, these features guarantee superior performance and low fuel consumption in all crop conditions.
The M 410 and M 400 have a 9.000 litre grain tank. All models have a unloading rate of 105 litres/sec. Features which allow the combines to achieve considerable daily production rates. The unloading tube, positioned at the top of the tank, where it can be clearly seen in action by the operator, makes fi lling any size of trailer an easy task.
Versatility is key in the Agri-business of tomorrow. Farmers and contractors have to harvest many different crops, and with this they can adapt their machine to many different conditions in no time.
Laverda recognizes this important need and have developed our new Optional Sectional Concave, available on request. You can change from small to large grain size simply replacing the front half of the main concave with no need to remove the front elevator. It is designed to harvest any kind of crop in any condition, going through wheat, barley, rape, sunflower, maize, soya and many other different crops.
The Sectional Concave will reduce the conversion time of your combine from hours to minutes!
The HCD High Capacity Design adjustable sieves, with their special profile and opposing action, are part of the standard equipment. They clean the grain to a high standard and make the whole process more efficient, thanks to their exclusive design. The sieves can be electrically regulated, with the advantage of permanent control over the grain recovery directly from the cab. The sieves can be electrically regulated, with the advantage of permanent control over the grain recovery directly from the cab.
The new 6 row straw chopper is specifi cally designed to give chopping and spreading performance suitable for farmers using reduced tillage operations. The knives, 72 for 5 straw walkers and 88 for 6 straw walkers, are serrated to give a clean fi ne chop and reduce the power required. The fully adjustable stationary knives and straw chopper hood ensure complete control over the quality and spread of the chopped straw. An adjustable dimple plate is standard to make sure straw is chopped consistently. Electrical defl ectors for the straw chopper are available as an option. This allows the straw to be directed from the uncut crop if required. For those that require straw, the threshing system is gentle and leaves the straw in perfect condition for baling feed and bedding straw or producing products for power generation.
To ensure effective distribution of the residues from the sieves, Laverda offers another important accessory: the chaff spreader, which can be quickly adjusted to suit crop conditions. Chaff is spread in an effi cient manner thanks to the twin fan action.
The all new Skyline Cab has been developed by Laverda engineers to create a well designed ergonomic control center for operating ease and efficiency, while at the same time providing a spatial and extra comfortable working environment. The cab interior is functional and practical while its light grey interior has a feel and look of quality, perfect for high technology machinery.
The 10.4” TechTouch Terminal guarantees detailed machine monitoring and control with its intuitive, multi-lingual menu with a flat hierarchy. Day or night the high resolution scratch free screen can be viewed, since it adjusts automatically to the ambient brightness.
The terminal graphics are designed to be simple and intuitive to use, through a one control logic for all applications, a clear menu of self explanatory symbols for easy orientation. Default and personalized settings in the TechTouch Terminal can be saved and recalled at a later time.
The clutter-free display is quite flexible, it can be personalized and easily modified, allowing you to have a full screen view for the standard rear video camera or quarter screen view where users can navigate quickly and have 4 applications displayed simultaneously: Virtual Dashboard Area, Set Up Area, Info Plus Area and Video Camera.
Using the latest technology – the AUTO-GUIDE xls option can steer you through to higher performance optimising the fi eld layout - easily set from the TechTouch Terminal AUTO-GUIDE xls can offer accuracy down to 5 cm. Automation leaves the operator to focus on getting the best from the whole machine. A button on the Powergrip Lever reactivates the system when turning on the headland.
The TechTouch Terminal can provide performance information through the resettable trip counters gathering metrics such as area harvested, fuel used and time taken. Field names can be set up to make management simpler and allow the operator to collect data on the machines performance.
AgCommand is AGCO’s global telematics and asset management tool. It offers complete fl eet management with positions, performance, fuel economy reports for the machines, wireless communication, theft recovery and a web-based application for easy access to data, along with iPad® and iPhone® mobile apps. AgCommand helps connect mixed fleets for any size of operation.
Stage IV emission level Agco Power engines designed for low fuel consumption, maximum economy and long life expectancy.
These engines have EGR* (Exhaust Gas Recirculation) and SCR (Selective Catalytic Reduction) technology, which reduce atmospheric emissions without any negative effects on operations and maintenance, just a more effi cient fuel use and therefore reducing operating costs. In all M 400 Series combines there is an electronic system, which controls power in an intelligent way, providing extra power during unloading operations.
* only for 84 AWF.937