8-Doppstadt Combi final

00:00:00: So now let's talk about the next lineup we are having here, which is brought to you by Doppstadt.

00:00:06: And today we're talking about the MMPC.

00:00:10: that's the mobile modular processing concept in The Crushing Zone where materials often fed and using a wheel loader.

00:00:18: Could you briefly explain what this involves?

00:00:21: Certainly!

00:00:22: With the MMPC approach, we combine various mobile machines to create a customised processing line.

00:00:29: This results in flexible and efficient processing chain that is precisely tailored to material requirements.

00:00:37: So, what is the central idea behind this concept?

00:00:42: The core idea is to combine several mobile processing steps into a continuous processing line.

00:00:49: This includes for example pre-crushing material comminution and precise dosing of input materials for downstream sorting processes.

00:00:58: These steps are perfectly coordinated to ensure stable and efficient overall process.

00:01:04: And what challenges do customers typically face?

00:01:08: Well, it often involves complex material mixtures such as a blend of construction waste wood and plastic film.

00:01:16: These materials cannot simply be separated from one another.

00:01:20: without suitable pretreatment conventional sorting or processing methods quickly reach their limits!

00:01:26: Now I am interested.

00:01:28: how does the MMPC concept solve this problem?

00:01:32: by combining the right machines within the processing chain.

00:01:36: For example, pre-shredding can be carried out using a machine such as the menthol on a tracked chassis to break up the material.

00:01:45: The material is then metered and prepared for further processes.

00:01:49: Additionally, the FED metaline can be integrated to remove metal fractions from the materials stream at an early stage.

00:01:56: And what specific benefits does this offer to the customer?

00:02:01: Well, the customer receives a highly flexible and efficient solution that is tailored specifically to their application.

00:02:09: The modular combination of mobile machines creates high performance processing line that reliably handles variety materials.

00:02:17: At same time customers benefit from rapid return on investment at very low risk as it's lower than for stationary lines.

00:02:30: new operating conditions without the need for costly construction work.

00:02:34: And, which applications is this concept particularly suitable?

00:02:39: Primarily for applications involving mixed materials such as construction waste containing wood or plastic film.

00:02:47: Here MMPC concept enables structured processing in wich valuable fractions can be specifically separated.

00:02:55: Finally, your conclusion on the MMPC.

00:02:59: The mobile modular processing concept stands for maximum flexibility.

00:03:04: by combining mobile machines we can offer a tailor-made economical and powerful processing solution For a wide range of applications.

00:03:13: So thanks for introducing us into that concept.

00:03:16: And now let's check together.

00:03:18: next machine.

00:03:19: And the next solution we are talking about here in the crushing zone is today, The use of the SWS In the crushing Zone.

00:03:29: and can you briefly explain what this involves?

00:03:33: Certainly!

00:03:34: In the crushing zone where the material is usually fed in with a wheel loader, The SWS-VI is used on a tracked undercarriage.

00:03:42: This makes the machine mobile and allows it to be positioned flexibly directly onsite.

00:03:47: And what makes the SWS special from technical point of view?

00:03:52: Well...the machine works with a spiral shaft separator With its own drive.

00:03:58: A decisive advantage here Is the tangle free and self cleaning separation surface.

00:04:03: This means that no new material blockages are created by tangles, which is a major advantage especially with difficult materials.

00:04:12: The SW-SVI doesn't need much power to do the job perfectly –the machine is fitted.

00:04:20: And

00:04:24: what material challenges do customers in this sector frequently face?

00:04:30: Well, it often involves complex materials streams.

00:04:33: For example in landfill decommissioning or construction waste processing plants these generate coarse fractions that conventional processes such as crushes cannot initially handle.

00:04:46: Additionally, these material streams often contain contaminants such as wood, textiles or other lightweight fractions.

00:04:59: Well, the combination of wind sifting and a spiral shaft ensures highly efficient and reliable separation.

00:05:06: The machine reliably separates coarse fractions enabling downstream processes such as crushes to work efficiently in first place.

00:05:15: What specific benefits does the customer gain from this?

00:05:19: The greatest advantage lies on the reliable sorting even difficult material streams through right combinations Contaminants such as wood, textiles and other light fractions are separated from the mineral fraction.

00:05:35: This improves material quality increases efficiency of entire plant and ensures a stable process.

00:05:42: So how would you sum up the SWS-VI in conclusion?

00:05:47: Yes, the SW-SVI is a mobile high performance solution for demanding applications.

00:05:54: Thanks to combination of spiral shaft separator and air classification it offers high performance extremely reliable at same time easy to

00:06:11: adjust!