Digital agricultural technology that encourages imitation

Many are unaware that agribusiness is an important innovation driver. The agricultural engineering is a high-tech industry, in addition to tillage machines, tractors and harvesters as well as forestry technology, attachments and sawing and fertilization technology is included.

Germany as a traditional innovation leader with a high reputation

The innovative engineers in the agricultural sector deal with technologies that have a high digital content: about 30% deal with digital topics like sensor technology, satellite-based GPS orientation and other robotic technologies.

Further Information

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    Operating Unit Operating Unit

    For precision control of the trailer systems

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    Modular Operator Terminals Modular Operator Terminals

    For direct manual handling of your working device

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    Control Panel Control Panel

    For transmission of the lane keeping and steering signals

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    Terminal Box Terminal Box

    Interface module for trailer systems in the field


Smart-Farming engineered in Germany

The technicians and engineers in agriculture are happy to talk about smart farming systems. Not only production and food safety, but also environmental protection will be supervised with different systems. Germany can look back on a long agricultural machinery tradition and has become a real innovator here.

  • Agricultural engineering is one of the 10 strongest fields in german mechanical engineering
  • The topographic and climatic conditions in Germany are the best test area for the later global deployment
  • New technologies in agriculture are increasingly in use, e.g. GPS technologies, sensors, drones and intelligent agricultural machinery
  • Digital agricultural technology conserves resources, benefiting the environment and consumers
  • In the agricultural sector, Germany has a renowned educational system with a high quality
  • The excellent research infrastructure in Germany offers the best conditions to be flexible and to respond to customer requests

The intelligent factory - Digitization in Production

In terms of digitization, the agricultural sector does not have to lag behind the general trends in German mechanical engineering. The digitization progress, in terms of production and the value chain, is as advanced as the German national average.

In terms of resource scarcity (energy, water, etc.) and climate change, an efficient use of resources in agricultural engineering is essential. Also in view of environmental protection measures it needs the efficiency maximization.

Thus, the optimization of resource use pays off. The digital control and sensors contribute to this and conserve resources. An investment in modern agricultural machinery should therefore pay for itself quickly.

ROSE enclosure in use for agricultural engineering

  • Modern milking equipment, mostly stainless steel components, requires sturdy control panels and suspension systems to ensure effective operation

  • Hygiene technology is used in the stable and in the processing industry, where also the use of low-maintenance stainless steel enclosures and suspension systems is essential

  • Polyamide enclosures are particularly resistant to ammonia and can be used for the control of manure removal plants and robots

  • Agricultural machinery not only needs a sturdy control enclosure in the cab, but also aluminum, polyester and stainless steel enclosures in the underbody and side area to protect sensitive electronics from external influences

  • Chain-driven inclined conveyors can be easily controlled with push-button and manual control housings

  • Precision seed drills ensure that seeds are randomly placed in the seedbed via a drive. Here you can easily connect drive, control and gear with an aluminum housing

  • Slurry trailers require multiple operations: flow measurement, pump control, control of the steering axes, tire pressure monitoring system, illumination distribution and the control of the dragging hoses require electronic controls and therefore require sturdy enclosures

  • For a variety of applications in the agricultural and stable sector users need robust and reliable electric control boxes

  • In the field of biogas plants, reliable explosion-proof enclosures are used. Here e.g. Ex d enclosures are needed

Special enclosures for digital agricultural technology

For special demands on ambient conditions or special requirements on the installation space of your application, we also like to develop a customized special enclosure together with you and your team. Benefit from an enormous know-how transfer from Germany's largest enclosure specialist. The specialists from ROSE Systemtechnik advise you on your specific application in the agricultural sector. Talk to us now, we are happy to help!

  • Production
    Own production plants with expertise in the processing of:
    Aluminum, plastics, polyester and stainless steel
  • Construction
    Tool-compatible construction of the required housing elements
    Adaptation of different materials
    Development / design according to certification parameters
  • Electronics / input units
    Integration of custom electronics / EMS
    Complete solution with membrane keyboard and display
    Pre-assembled system solution
  • Certification / Laboratory
    To carry out all IP protection type tests and environmental tests under standardized conditions ROSE Systemtechnik has a laboratory with a variety of test facilities.
    These include: Heat and dust chamber, corrosion test, climate, cabinets and plunge pool


Explosion protection for biogas plants with Ex Control Stations

The risk of explosion in biogas plants is high. Ex Control Stations from ROSE Systemtechnik, therefore, meet strict requirements for ignition protection.

Manufacturers and operators of biogas plants must take effective measures for explosion protection. However, the formation of an explosive atmosphere and the presence of ignition sources cannot be completely avoided due to the circumstances. For this reason, the enclosures of the electrical equipment must be designed in a way that there is no danger of explosion from their components. With its explosion-proofed enclosures, ROSE Systemtechnik offers the ideal solution for such applications.


The risk of explosion in biogas plants is high

The control stations are equipped with a flameproof Ex d enclosure that prevents an internal explosion from spreading to the environment. An explosion could occur, for example, if a potentially explosive atmosphere from the plant enters the enclosure and is ignited thereby sparks.

To prevent such an explosion from spreading to the surrounding atmosphere, and the ignition gap cools the flue gases before they escape. In addition, the outer wall of the stainless steel or aluminum enclosures can easily withstand a pressure wave.

Ex d enclosures provide perfect protection for the equipment installed in them against moisture, dirt, dust, and water (protection class IP66).

Another advantage of Control Stations with Ex d enclosures is the perfect protection of the equipment installed in them against moisture, dirt, dust, and water (protection class IP66). Ex d enclosures from ROSE Systemtechnik are available in different sizes and designs. Before delivery, they are subjected to so-called overpressure tests, which ensure the robustness of each individual enclosure. In addition, ROSE offers a wide range of services related to enclosures, such as mechanical processing, painting, special coatings, engraving, and printing.