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armstrongmachinebuilders · 4 years ago

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Smart Warehouse Management System | Smart Warehouse

Management is the key to business growth, and when you own huge enterprises, more than manpower is required. Presently, the world is advancing towards the collaboration of digital innovations with manual labor, and this is where the technical system comes in. For instance, let us talk about warehouse management, every business at some point has to deal with third-party logistics. In business terms, it is called 3PL, and to maintain that pace Smart Warehouse Management System plays a vital role in operations.

https://www.armstrongltd.com/smart-warehouse-management-system.php

However, it is not always easy to select the right one as so many products/organizations are offering several types of warehouse management systems. Remember, there are a variety of options, further categorized in many. In order to make an informed decision, learn and explore the options available. This way you will be able to differentiate and opt for the best-suited company in the market.

So, what is Smart Warehouse Management Solutions and how can you choose one?

What is Warehouse Management System (WMS)?

It is a software application that helps you to control and manage day-to-day operations in the warehouse. Warehouse management solution guides inventory receiving and put-away optimizes picking and shipping of orders and also advises on inventory replenishment. This smart warehouse management solution can either be a single application with one solution or it can come as part of an Enterprise Resource Planning (ERP) system that is a whole new level of the system with multiple solutions integrated with it.

WMS allows users to have a centralized system where different warehouse management tasks are managed through an interface on a man-held/portable device. This makes the operation of a warehouse both efficient and easy while ensuring minimal to no losses. A smart warehouse management system brings real gain in customer service and paves the way for every product with its features of re-order or produce. These things are actually part of the business goal, but for a customer, it simply means they can get the product faster without any blockages or errors.

What does a Smart Warehouse Management System do?

The system is used to control and track the transfer and storage of materials in a warehouse. A number of processes are involved like shipping, receiving, or putting away the materials that are integrated with other systems in the supply chain. The system ensures transparency throughout your enterprise and management. Nowadays, the functionality of the system has expanded vastly, and from heavy to sophisticated functionality, the program manages all along with advanced coordination with material-handling devices and yard management.

The system helps the company manage errors or reduce them completely while various time errors are witnessed during shipment. A rapid solution helps companies fulfill their orders more rapidly and instantaneously trace ordered products within the warehouse. So, in-detail, what are the benefits of smart warehouse management solutions?

Receiving goods

Tracking inventory

Slotting for Efficiency

Labor visibility

Document preparation

Picking and Shipping

Customer Service

Tracking and visibility

Reporting

What are the different types of smart warehouse management, and how does it fit in?

There are several types of smart warehouse management systems, each with its own pros and cons, but some of the most popular and widely used ones are mentioned below:

Standalone System

Supply Chain Modules

Enterprise Resource Planning (ERP) Modules

Cloud-based

There are different types of WMS, ranging from simple uncomplicated systems to more complex ones that are perfect suited for large warehouses. When looking for a WMS system more suited for large warehouses, you have to look for different factors affecting. A fully integrated solution will provide you raw materials received into your Warehouse Management System. It will facilitate the tracking of the products when on the move or while in the warehouse. Final products picked and sent are traced in the shipping system or Transportation Management System for routing of trucks.

What to look for in a Smart Warehouse Management System (WMS)?

Go for the uncomplicated and simple system as they are suited for large warehouses, there are different factors you need to consider, and some of the things to consider for your system are -

Advanced Functions

Warehouse Size

Customer Needs

Cost

If you are currently running a version of the Smart Warehouse Management System that does not make you happy, then go for a consultation where your business needs fulfill for the next five years, choose the product that can take you there and beyond. Opt from three software tiers of Basic, Intermediate, and advances every single one will have unique features.

WMS implementations do not often occur, so select the software that will serve your company well, and the software will be a fine way to advance business with the following specifications mentioned above in the blog.

#AdvancedFunctions

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fumpkins · 7 years ago

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New Coatings Make Natural Fabrics Waterproof

Repellency of various liquids on polyester material covered with H1F7Ma-co-DVB: soy sauce (black drop), coffee (brown drop), HCl acid (leading left transparent drop), NaOH (bottom ideal transparent drop) and water (staying transparent drops).

Image: Varanasi and Gleason research study groups

Fabrics that withstand water are vital for whatever from rainwear to military camping tents, however traditional water-repellent coatings have actually been revealed to continue the environment and build up in our bodies, therefore are most likely to be phased out for security factors. That leaves a huge space to be filled if scientists can discover safe replacements.

Now, a group at MIT has actually developed an appealing option: a finishing that not just includes water-repellency to natural fabrics such as cotton and silk, however is likewise more efficient than the existing coatings. The new findings are explained in the journal AdvancedFunctional Materials, in a paper by MIT teachers Kripa Varanasi and Karen Gleason, previous MIT postdoc Dan Soto, and 2 others.

“The challenge has been driven by the environmental regulators” since of the phaseout of the existing waterproofing chemicals, Varanasi describes. But it ends up his group’s alternative in fact outshines the traditional products.

“Most fabrics that say ‘water-repellent’ are actually water-resistant,” states Varanasi, who is an associate teacher of mechanical engineering. “If you’re standing out in the rain, eventually water will get through.” Ultimately, “the goal is to be repellent — to have the drops just bounce back.” The new covering comes closer to that objective, he states.

Comparison of beads on a layered surface area (left) and an unattended one (right). (Varanasi and Gleason research study groups)

Because of the method they build up in the environment and in body tissue, the EPA remains in the procedure of modifying policies on the long-chain polymers that have actually been the market requirement for years. “They’re everywhere, and they don’t degrade easily,” Varanasi states.

The coatings presently utilized to make fabrics water repellent usually include long polymers with perfluorinated side-chains. The problem is, shorter-chain polymers that have actually been studied do not have as much of a water-repelling (or hydrophobic) impact as the longer-chain variations. Another issue with existing coatings is that they are liquid-based, so the material needs to be immersed in the liquid then dried. This has the tendency to obstruct all the pores in the material, Varanasi states, so the fabrics not can breathe as they otherwise would. That needs a 2nd production action in which air is blown through the material to resume those pores, contributing to the production expense and undoing a few of the water defense.

Research has actually revealed that polymers with less than 8 perfluorinated carbon groups do not continue and bioaccumulate almost as much as those with 8 or more– the ones most in usage. What this MIT group did, Varanasi describes, is to integrate 2 things: a shorter-chain polymer that, by itself, provides some hydrophobic residential or commercial properties and has actually been improved with some additional chemical processing; and a various covering procedure, called started chemical vapor deposition (iCVD), which was established in the last few years by co-author Karen Gleason and her colleagues. Gleason is the Alexander and I. Michael Kasser Professor of Chemical Engineering and associate provost at MIT. Credit for creating the very best short-chain polymer and making it possible to transfer the polymer with iCVD, Varanasi states, goes mainly to Soto, who is the paper’s lead author.

Using the iCVD covering procedure, which does not include any liquids and can be done at low temperature level, produces a really thin, consistent covering that follows the shapes of the fibers and does not result in any blocking of the pores, hence removing the requirement for the 2nd processing phase to resume the pores. Then, an extra action, a sort of sandblasting of the surface area, can be included as an optional procedure to increase the water repellency a lot more. “The biggest challenge was finding the sweet spot where performance, durability, and iCVD compatibility could work together and deliver the best performance,” states Soto.

Testing of the layered surface areas reveals that it gets a best rating on a basic rain-repellancy test. The coatings are matched for substrates as varied as fabrics, paper, and nanotextured silicon. (Varanasi and Gleason research study groups)

The procedure deals with several sort of fabrics, Varanasi states, consisting of cotton, nylon, and linen, as well as on nonfabric products such as paper, opening a range of prospective applications. The system has actually been evaluated on various kinds of material, along with on various weave patterns of those fabrics. “Many fabrics can benefit from this technology,” he states. “There’s a lot of potential here.”

The layered fabrics have actually undergone a barrage of tests in the laboratory, consisting of a basic rain test utilized by market. The products have actually been bombarded not just with water however with numerous other liquids consisting of coffee, catsup, salt hydroxide, and numerous acids and bases– and have actually warded off all them well.

The layered products have actually undergone duplicated washings without any deterioration of the coatings, as well as have actually passed serious abrasion tests, without any damage to the coatings after 10,000 repeatings. Eventually, under serious abrasion, “the fiber will be damaged, but the coating won’t,” he states.

The group, which likewise consists of previous postdoc Asli Ugur and Taylor Farnham ’14, SM ’16, prepares to continue dealing with enhancing the chemical formula for the very best possible water-repellency, and wants to certify the patent-pending technology to existing material and clothes business. The work was supported by MIT’s Deshpande Center for Technological Innovation.

Source: MIT

New post published on: https://livescience.tech/2018/06/30/new-coatings-make-natural-fabrics-waterproof/

#Coatings #Fabrics #Natural #Waterproof

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