Kenco Deploys Remote Command and Control Systems for Forklifts
Kenco, a leader in forklifts deployed for use in manufacturing and industrial facilities, has begun to deploy remote command and control systems for its forklifts to ensure safety and operating integrity.
By installing a state-of-the-art control center via a satellite connection to its forklift fleet, Kenco continues to position itself as a leader in forklift technology.
The forklift has evolved from one of the most widely used pieces of industrial equipment in the United States to an essential piece of equipment for the manufacturing sector, and it’s important to remain the leader in this field.
Kenco has invested in technology, from advanced driver systems to high-performance control systems to an advanced communication network. This technology enables the forklift to operate safely and efficiently while providing an extended lifecycle with improved reliability and cost efficiency.
Kenco recently announced that its latest generation of forklifts, the MXT 6200, is now integrated with its remote control system in order to ensure that its forklifts continue to be safe and secure when used in manufacturing and industrial settings.
“We are very happy with our decision to invest in this remote communications network,” said Kenco President and CEO Bob Beal. “Our forklifts are designed for a number of different markets, and we have decided to adopt a satellite connection to our forklift fleet as a way to provide a better solution to our customers.
According to the company, the satellite technology, along with the embedded control center, will provide improved efficiency, reliability and safety.
As part of its announcement, Kenco also introduced a forklift for the manufacturing sector that is equipped with a new remote control system that will provide remote command and control to improve production efficiency and productivity.
“Our research shows that, in the manufacturing sector, forklifts have to be deployed as a last mile approach, meaning trucks must be delivered, checked and loaded at their final end of their mission,” Kenco President and CEO Bob Beal said. “We believe a fully remote network will further accelerate efficiency, and we are very excited at the prospect of using this technology to make our forklifts more efficient.
Kenco Innovation Labs: Deployment of Phantom Auto Remotely Operated Forklift Solution
“When developing in-house applications for embedded platforms, the need for remote access becomes apparent on a time scale that is not easily accommodated within the bounds of typical enterprise software development approaches. This paper describes the use of the Kenco innovation process to enable the rapid prototyping of a new forklift solution. The paper describes the process used for the development of the software, and the results of an evaluation of the system using objective measures such as completion time, quality and stability.
I-JW, 2014-03-22, Version: 1. 1, Last-Modified: 2014-01-28.
handling unit (MUSH) or as a material handling apparatus (MHA).
by an operator.
material handling equipment.
remotely to increase productivity and reduce handling time.
is limited, while the operator is available over a network.
Forklift operator Phantom Auto in Kenco Innovation Labs.
Article Title: Forklift operator Phantom Auto in Kenco Innovation Labs | Software.
Forklift Operator Phantom Auto has been chosen by Foxconn, one of the largest Chinese manufacturers in the world, to help build the manufacturing facility for the iPhone 6s and 6s Plus.
Foxconn Technology (formerly Foxconn’s LIFT GROUP) is one of the world’s largest manufacturers of mobile phones, and produces smartphones in China, India, Indonesia and elsewhere around the globe. This past February, Foxconn announced that it would use its manufacturing facilities to help develop a new generation of iPhone, as the company previously has provided the manufacturing for Apple’s iPhone 4s and the last generation of iPhone 5s, as well as the iPad Air 2 and the iPad mini 3.
The Forklift Industry News reports that this new venture has also received approval from Chinese authorities, and will be working in collaboration with China Mobile. This is the first project that the Chinese giant has done in collaboration with a foreign multinational to develop a technology company in China. The company is also in the process of evaluating the quality of the components that will be used to make these handsets, as well as the manufacturing process that will be involved in this project.
With the launch of the iPhone 6s and 6s Plus, the company will become the second major global smartphone manufacturer to introduce a product with a larger screen than the 5s. Foxconn, which purchased parts from Huawei and China Mobile in order to achieve the success of the 5s, is planning to launch this new version of phones in September, with a new version of the iPhone released in the following months.
About Forklift Operator Phantom Auto: Forklift Operator Phantom Auto is a privately owned forklift operator, and was founded in early 2013. During its business operation, Forklift Operator Phantom Auto has maintained the standards for the safety of its employees, and has been awarded two awards from the government of China, as well as a commendation at the Chinese Government’s 10th national level. Its product sales are made in the region of the U. Forklift Operator Phantom Auto is also the only company that has the capability of producing the parts and the software for these phones. With its experience from creating the parts, Forklift Operator Phantom Auto has received the Chinese government’s best product in 2015.
Kenco: Integrated logistics solutions for operational excellence
Software can transform supply chains from a mere collection of documents into a fully-integrated enterprise. However, a growing number of leaders are now struggling to provide such solutions — and a range of existing supply chain software solutions are not meeting their expectations. In this Q&A, Chris Phelan, Chief Software Architect at New Zealand-based IT giant Microsoft, shares his thoughts on the status of current supply chain software, and the emerging trend of the “Integrated Logistics Solution”.
I think it’s a combination of cost and efficiency. Inefficiency can be eliminated in a relatively short period.
I think there’s a great deal of demand for IT-enabled solutions that meet both the demand for efficient operations and the demand for cost savings. There are also issues with respect to security, and privacy. In general, supply chain software can be quite complex to use, despite being designed to be simple.
There are some important issues that are inhibiting the use of software as a supply chain management or supply chain software solutions. They include security concerns, privacy concerns, and complexity.
You could say that there is a market size for supply chain software solutions in the US of $1-2 billion dollars. The global market in this area is about $2-3 billion dollars. However, it is probably a very important market in other parts of the world. As you go out to other parts of the world where the demand for your solutions is really high, you’ll find that they are also finding it very difficult to engage in this area.
Typically, suppliers in the supply chain are either doing a lot of research, or are being educated, in order to identify needs around the world. The supplier will work with a third party to develop a solution, and then it will be deployed on the supplier’s premises within a short period of time. This is very slow practice.
Tips of the Day in Software
I was on vacation and had a chance to be out and about on Sunday. I picked the wrong day, because I got my blog post yesterday, but I’d written it anyway. And I was on vacation. And maybe not a day of reflection on my software work.
You’d be my wrong day.
Yesterday, the folks at Microsoft did a presentation on Open Source with a great video presentation. I thought it was a great introduction to Open Source.
I can’t remember exactly when I started using Open Source. I remember it was a tool to have free documentation for software. And there were a couple of tools for this. One was for open source libraries that included a tool that let you see, sort, or search for documentation for it. Not a whole lot of documentation in the libraries back then. But it existed.
And another tool for it was the Wikipedia project. It was free and the people who made it did a little open source work in their free time. There were folks who wrote little documents. These were not only manuals and guides. These were not just for programmers and users.
Leave a Comment