Skip to main content

Jungheinrich 4.0 Technologies Available

Jungheinrich 4.0 Technologies Available 

DESCRIPTION

The Jungheinrich is a well-known German Company in the field of material handling equipment, i.e. for drive, storage, control and protection of materials, goods and products during the process of engineering, delivery, consumption and disposal. The company is ranking on top numbers in the world wide companies in these sectors due to its great technical progress and intelligent solutions.

Important Highlights

  • Founder:                   Dr Friedrich Jungheinrich
  • Established:            August 7, 1953
  • Headquarters:           Hamburg , Germany
  • Products:                  Forklift truck
  • Worldwide employee: More than 16,000 people
  • Business(rental and used Truck) started:   1974
  • New plant built in Luneburg:   1989
  • Steinbock und Boss Group attained by Jungheinrich : 1994
  • The Group brands MIC, Steinbock and Boss were abandoned in 2002. Only trucks have been sold under the Jungheinrich brand name.
  • Established The Dr. Friedrich Jungheinrich Foundation in 2004 to endorse scholarships for students.
  • The company presented the world's first forklift with a rotating cab in 2005.
  • Reconditioning of used trucks began operations in 2009.
  • Warehouse operation at Kuzayevo site near Moscow on October 2015.
  • Jungheinrich made sales revenue of 3.796 billion euros with 17,877 employees in 2018.

Products and Services

Jungheinrich products may be divided into four pillars;

  1. Industrial trucks for example forklift trucks, high-bay stackers and tractors. The well-known product is the Ameise. The Ameise is a registered trademark of Jungheinrich Profishop and is regularly used as a replacement for manual or electric pallet trucks.
  2. Jungheinrich gears rack systems. These are separated into manual, semi-automatic and automatic storage systems. Automatic high-bay warehouses (HRL), pallet warehouses, automatic small parts warehouses (AKL), and combined systems are the example of gears rack systems.
  3. The group includes complete intra-logistics solutions. That is new planning and optimization of existing warehouses. The range spreads from analysis, planning, project planning and implementation to after-sales service. That is available for all degrees of automation.
  4. Jungheinrich AG deals with manual warehouse systems as well as the Warehouse Management System (WMS), radio data transmission services and radio data transmission equipment. That is completely automated warehouse systems with storage and recovery machines. The company also deals warehouse logistics services in addition.
  5. The services include inspection, maintenance and repair of equipment, Driver training, Leasing and sales financing of products, reconditioning and sale of used equipment.

Shake up the industry 4.0 and the future

Jungheinrich has been combined megatrends for instance automation, digitization and networking with new, innovative product, IT and software solutions. They have taken the internal processes to a whole new level. They live and breathe Intra-logistics 4.0.

The challenges of Intra-logistics 4.0

This is significant to optimize the demanding processes in the warehouse of Jungheinrich in order to meet the requirements. That’s why; Jungheinrich deals its customers perfect solutions from a single source. They produce revolutionary innovations time and time again, for example battery technology, partially and fully automated vehicles, intelligent assistance systems and innovations in the field of energy recovery.

Corridor of innovation

They, at Jungheirich combine data of mechanical engineering with a desire for innovation and problem-solving skill. Below is a selection of technological advances that show how they can create intelligent solutions to optimize customer’s processes.

Innovatives Umfeld Schlepper  

They have a treasure of experience in tow tractor technology. The first vehicles were now equipped with electric motors in the 1950s. The tow tractor experienced a rebirth, after pain a small break in the 1980s and 1990s. In the form of the Jungheinrich EZS 350, an innovative product was launched on the market in 2016. That is heavy-duty tow tractor. It is currently also accessible as an automated forklift truck.

Innovatives Umfeld Kommissionierer  

They have developed the low level order picker ECD 320 in order to make manual order picking. That is one of the most physically demanding activities in the warehouse. They have added ergonomic lift. That is a low entry step without edges and a relaxed operator's seat.

Innovatives Umfeld easyPILOT Follow  

The new easyPILOT operator assistance system permits the operator to transfer the truck at all. This lets the worker to save his hands free for order picking. That also saves time since there is no need to keep climbing on and off the vehicle.

Pioneers in Li-ion technology

Content Li-Ionen 50_50  

They have taken the lead and have become extra capable in lithium-ion technology than any of their competitors. The first ever production-ready Li-ion truck started with the "EJE 112i" in 2011. They have reliably developed the technology. Nearly their whole fleet is now "li-ion ready".

HoloLens

Digital elements merge directly with real space in Mixed Reality. They industrialized a HoloLens application in cooperation with their technology partner Z├╝hlke. That may help service engineers with repairs and maintenance by prominent interactive holograms above the forklift truck to be repaired.

SLH 300 battery charger system

In the group Operating Technology, Jungheinrich SLH 300 battery charger system received the Best of Industry Award. It signifies a new cohort of high-frequency battery chargers. Those are appropriate for both lead acid and lithium-ion batteries. The SLH 300 is the in-house development of Jungheinrich. This was produced in its Norderstedt production plant. That is a vital component of Jungheinrich’s system solution. The SLH 300 carries together a perfect solution for the needs of the fast developing lithium-ion market. This is a new and smooth solution for the current lead acid market.

Charger Systems at Jungheinrich

The SLH 300 is existing with provision for 15–320A. It provides too several truck voltage classes and many different national voltage standards. It deals supreme flexibility for the user and is available with many well-conceived options. This is a sole feature amongst similar products. The charger system is also very easy to set up and use. The SLH 300 is a linked system. Totally, the devices in the sequence are designed to be wall-mounted and installed in a stand-up position. The dense and lightweight battery chargers can be used directly, when mounted or installed. The smart operating idea guarantees that the devices are easy to use as well as the LED status indicator is noticeable even from a larger distance.

 

 

Popular posts from this blog

What is Internet of Things (IoT)?

 What is Internet of Things (IoT)?    The internet of Things, or IoT, refers to the billions of physical devices  round the  world that are now connected to  the web  , collecting, sharing and analyses  of knowledge  . It presents and provides the explanation of the network of physical things which is embedded with software , sensors,  and other technologies for the benefit of connecting and exchanging data with other devices and systems on the internet   . Due to the cheap processors and wireless networks, it's possible to  means  anything, from a pill to an aero plane to a self-driving car into  an area  of the IoT. Overview IoT will control the Fourth  technological revolution  . The Fourth  technological revolution  is changing the very software-defined automation allows manufacturers to link all stages of  the worth  chain, rapidly adapt to changing markets , and make highly personalized products on a mass scale. The opportunities provided by this revolution are authenticated

What is Rust Borrowing?

What is Rust Borrowing? Borrowing We call having references as function parameters borrowing. As in real world , if an individual owns something, we 'll borrow it from them . Whenever we’re done, we 've got to offer it back. Referencing  The reference is that the act of consulting somebody or something so as to urge information We would  declare reference in terms of Rust programing as if we are taking a replica of it without damaging or taking its ownership. ‘&’ symbol is employed to pass the reference Have a look that  how ‘&’ symbol is employed in code. fn main() { let s1 = String::from("hello"); let len = calculate_length(&s1); println!("The length of {} is {}.", s1, len); } fn calculate_length(s: &String) -> usize { s.len()} Mutable References The actual concept of mutable reference is same as we use mutable variable When  we  need to  modify  mutable reference is employed once   the worth we make regard to.

Kubernetes Readiness Probes

 Kubernetes Readiness Probes Description We understand that liveness probes and the way they assist keep our apps healthy by ensuring unhealthy containers are restarted automatically. Same like liveness probes, Kubernetes permit us to also define a readiness looked for our pod. The readiness probe is deployed periodically and examines whether the precise pod should receive client requests or not. Whenever a container’s readiness probe returns back success, it’s signaling that the container is ready to simply accept requests. This notion of being prepared is clearly something that’s specific to every container. Almost as liveness probe Kubernetes sends requests to container and supported the result either successful or unsuccessful response it decides container is prepared to require traffic or still preparing for that. The liveness probes not like, if a container fails the readiness check, it won’t be killed or restarted.   This is a very good practice to