Forward-Thinking Construction by Meiller Kipper

Forward-Thinking Construction by Meiller Kipper

Meiller, a renowned manufacturer of tipping bodies, has announced a redesigned generation of tipping bodies for vehicles weighing between 3.5 and 41 tons at this year's IAA Transportation event in Hannover. The new tipping bodies feature several key innovations aimed at reducing energy consumption and improving functionality.

At the heart of these innovations is a weight-optimized construction, using durable, high-strength steels such as Hardox, and employing advanced laser-welding techniques to combine thin steel plates for a robust yet lighter body. This design not only increases payload capacity but also reduces overall vehicle weight, contributing to better fuel efficiency.

Another significant feature is the introduction of innovative lashing eyelets. These include one-tonne rated side wall eyelets for securing overhanging loads and two-tonne rated floor lashing points accessible from inside and outside. These enhance load safety and versatility.

The new tipping bodies also boast a three-way tipping design, allowing flexible unloading options that improve operational efficiency in varying applications. Refined side wall closures, risings, and fenders further improve usability and contribute to overall energy savings by optimizing aerodynamics and reducing unnecessary weight.

Meiller has also switched to KTL (cathodic dip coating) coating technology from older surface treatments. KTL offers excellent corrosion protection by electro-depositing a uniform coating, which extends the lifetime of the tipping body and reduces maintenance and repainting needs, indirectly contributing to lifecycle energy savings.

The KTL coating process penetrates into small cavities, allowing for even coating of complex structures. This, along with improved corrosion protection, scratch resistance, and stone impact resistance, provides a significant step towards durable, sustainable bodywork maintenance.

In addition, Meiller has extended the warranty for all load-bearing parts in container handling systems to five years, with the condition that customers adhere to service intervals. The manufacturer has also revealed that the revised tipper AK12-NT ensures a payload of 14 tons.

Furthermore, the new tipping bodies will be assembled using a modular screw system in the future, allowing for faster exchange of defective or worn-out components. This ensures a payload of 14 tons in the case of the revised tipper AK12-NT.

Meiller's presentation of these innovative tipping bodies can be found at the Pavilion P32, Stand A01 at the IAA Transportation event. While specific numerical energy savings are not detailed in the found sources, Meiller emphasizes efficient design and coating technologies as the primary levers for reduced energy consumption in modern tipping body generation.

In a press release, Michael Eicheldinger, head of product management at Meiller, stated that as a body manufacturer, it's important to be well-positioned and have a good solution, regardless of the truck's power source. Electric drive offers a clear advantage for customers, as it allows the hydraulics to be operated as needed.

Meiller has previously showcased a fully functional electric tipping body at the Ifat in Munich. The manufacturer did not reveal any further details about the new tipping body, but it is clear that Meiller is committed to providing energy-efficient and durable solutions for its customers.

1. The redesigned tipping bodies by Meiller, unveiled at the IAA Transportation event, are designed to minimize energy consumption.
2. The innovations in the new tipping bodies include a weight-optimized construction using high-strength steels and advanced laser-welding techniques.
3. The weight-optimized design increases payload capacity and reduces overall vehicle weight, contributing to better fuel efficiency.
4. Innovative lashing eyelets, such as one-tonne rated side wall eyelets and two-tonne rated floor lashing points, are introduced for improved load safety and versatility.
5. The three-way tipping design in the new tipping bodies provides flexible unloading options, further improving operational efficiency.
6. Refined side wall closures, risings, and fenders in the new tipping bodies optimize aerodynamics and reduce unnecessary weight, contributing to energy savings.
7. Meiller has switched to KTL coating technology for improved corrosion protection, lifecycle energy savings, and reduced maintenance and repainting needs.
8. The KTL coating process offers excellent scratch resistance, stone impact resistance, and provides even coating of complex structures.
9. Meiller has extended the warranty for all load-bearing parts in container handling systems to five years, with the condition that customers adhere to service intervals.
10. The revised tipper AK12-NT ensures a payload of 14 tons.
11. In the future, the new tipping bodies will be assembled using a modular screw system, allowing for faster exchange of components.
12. Meiller's innovative tipping bodies can be found at Pavilion P32, Stand A01 at the IAA Transportation event.
13. The innovations aim to reduce energy consumption and improve functionality, although specific numerical energy savings are not detailed.
14. Meiller is committed to providing energy-efficient and durable solutions for its customers, as demonstrated by their previous showcase of a fully functional electric tipping body at the Ifat.
15. As a body manufacturer, it's important for Meiller to be well-positioned for various power sources, such as electric drive.
16. Electric drive offers a clear advantage for customers, as it allows the hydraulics to be operated as needed.
17. The manufacturing industry can benefit from energy-efficient tipping bodies, contributing to a more sustainable future.
18. The finance sector can invest in energy-efficient solutions like these tipping bodies, supporting the growth of renewable energy.
19. The oil-and-gas industry can consider incorporating energy-efficient solutions in their operations for reduced energy consumption.
20. The aerospace industry can reflect on energy-efficient solutions for vehicle bodies in their designs.
21. The retail industry can offer energy-efficient vehicles to customers, contributing to sustainable transportation.
22. Public transit can adopt energy-efficient solutions like these tipping bodies for a more sustainable transportation system.
23. Entrepreneurship can be inspired by innovative solutions like these, driving the development of energy-efficient products and services.
24. Interior design can incorporate energy-efficient materials and design practices, contributing to sustainable living.
25. Cooking can be made more sustainable by using energy-efficient appliances and following energy-saving recipes.
26. Transportation can become more sustainable by adopting energy-efficient vehicles, such as electric vehicles.
27. Leadership can promote diversity and inclusion in the adoption of energy-efficient solutions, creating a more sustainable future.
28. Lifestyle can be transformed through the use of smart home devices, wearables, and other energy-efficient gadgets, promoting a sustainable living culture.

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