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e-Con Stand Alone

  • Portable computing devices e-Con also offers a Smart Client application that can be run offline on portable computing devices.

Product Center

  • Important features Product Center introduces important features to Microsoft Dynamics AX, including extended product descriptions, specifications, classifications. read more »
  • Important features Product Center introduces important features to Microsoft Dynamics AX, including extended product descriptions, specifications, classifications. read more »

e-Con for Microsoft Dynamics NAV

  • Full integration Con offers full integration with Microsoft Dynamics NAV and works directly with your ERP system database.
  • Replicate data Replicate any data from Microsoft Dynamics NAV to the offline client, then synchronize quotes, projects, or any other information that you've configured offline back into the ERP system.

Advanced Manufacturing

  • Manage data User-friendly tool to manage data for manufacturing parts.
  • Manage data User-friendly tool to manage data for manufacturing parts.

Streamline category management,\n and supply chain processes

  • Catalog feature Use the catalog feature, external product databases (including suppliers databases) to search or research tasks, without the need to create item entries in a standard Microsoft Dynamics AX item table. read more »
  • Characterizations Item Specification makes it easy for you to use templates for characterizations and includes a powerful search engine. read more »

To-Increase Blog
Integrating ERP, CRM & Supply Chain Management For Your Business

Discrete Manufacturing Entries

Advanced Discrete Manufacturing and Automation

More demand, more production, more chaos and other things that need managing add up to create the reality of today’s manufacturing professional. As you find yourself trying to keep everything together, you might want to consider increasing automation.advanced discrete manufacturing

I’m not just talking about automating a few simple processes; I’m talking about embracing a strategy of automation. I see that’s where advanced discrete manufacturing is heading. Here just a few trends that seem to show the conversion to automation is accelerating:

3 Trends With Advanced Discrete Manufacturing and Automation

Natural User Interface and the Power of a Gesture

Improving Advanced Discrete Manufacturing With NUIAlthough it sounds like something of science fiction, natural user interfaces have what advanced discrete manufacturing needs to move into the future. From gesture-based controls to retinal scans, the benefits of NUI are evident.

Although different, this approach isn’t something from a science fiction movie – it’s in the works right now. On EE Times, Rakesh Kumar wrote a fascinating post on NUI and how it benefits advanced discrete manufacturing.

Kumar writes:

Manufacturing workers are on the verge of replacing the mouse-and-keyboard-based graphical user interface (GUI) with newer options. Already, touchscreens are making great inroads into manufacturing. And in many locations, the adoption of other natural user interfaces (NUIs) is expanding to incorporate eye scans, fingerprint scans and gesture recognition.”

Advanced Discrete Manufacturing Creates Innovation Without Compromise

innovation in advanced discrete manufacturingIf you’re looking to create product innovation in your organization, making cuts isn’t the answer. Yes, our economy isn’t rock-solid, but those who look to make cuts and strip away talent may actually hamper their companies’ abilities to innovate.

Before you decide to make any more cuts, let me take you through a few options and show you why innovation doesn’t mean compromising.

Controlling Chaos

Today’s economy is a fragile state, there’s no doubt about that. With this, manufacturers are now in a state of chaos. What do I mean?

Custom Order Management: Understanding QRM vs. Lean Manufacturing

Building customized products for customers can be big business, but many manufacturers increase lead-time and decrease productivity when they create one-off products.

This isn’t a new problem, but one that needs a clearer path to higher productivity and more effective use of order management, as well as man-hours. Applying a lean manufacturing philosophy to custom production orders is hardly the answer: The concept often relies heavily on standardizing tasks to efficiently create items in quantity, while custom orders are by definition not a target of mass production. Quick response manufacturing (QRM), on the other hand, probably is the solution.

What 5 Trends Are Most Driving Lean Manufacturing Strategies?

Is the answer to the question used in my headline too obvious?  At least part of it certainly should be, as ‘budget reductions’ is certainly one of the key trends driving lean.

But going lean is not just about reducing costs.  Lean can be defined with words ranging from ‘efficiency’ to ‘green’ – and between these two words is too wide of a scope to tie into one obvious trend.

And with that, here are the five trends I see as most driving lean manufacturing:

Manufacturing Supply Chain Visibility Is Key To Success In Any Vertical

Integration can help optimize business systems to work more efficiently.  Integration can help simplify processes in the manufacturing supply chain.  Integration can help meet business objectives.

But unless it’s focused on improving visibility, integration will not help with any of the items above, regardless of your vertical.

For all the talk and buzz over integration, especially the integration of Enterprise Resource Planning (ER) and Product Lifecycle Management (PLM), I feel the real crux of these conversations needs to focus more on one of the ultimate benefits of integration – rather than the process itself.  And in a word, visibility defines this benefit.

Factoring MES Into Your Integration Equation

The integration buzz recently has been over Enterprise Resource Planning (ERP) and Product Lifecycle Management (PLM), but at the end of the day, isn’t the goal is to have all of our systems in sync?

Maybe I should back up just a bit.  Because the end goal is not to get our machines talking – but to boost our bottom-line – which will require us to improve our processes, achieve greater visibility into our supply chains and effectively communicate in real-time with our teams across the globe.  And achievement of this objective will come to us much more quickly if we start to think about integration in a much larger way.

Conservative Supply Chain Management & Employment Outlooks Do Little To Dent Manufacturing Confidence

As we move into the fourth quarter, American Industrial Equipment Manufacturing (IEM) companies have reason to feel hope.  This is not opinion or hyperbole.  Rather, this is a statement backed up by the results of the eighth annual Prime Advantage Group Outlook (GO) Survey, which you can read more about in Manufacturing Business Technology.

Per some of the more positive results of this survey, as published in the article above:

  • 87% of manufacturing companies see revenues as the same or better, through the balance of 2011
  • 44% of manufacturing companies state that new products and/or consumers are fueling their growth

5 Ways ERP Supports Efficiency & Helps Create Manufacturing Jobs

At the most fundamental level, the funding of a job is dependent on one thing:  the funding being available. As such, for a manufacturing company to be able to fund new – or bring back recently eliminated – positions, the funding must be in place to support such an initiative.

While there is no magic pill that can be offered that will create this funding out of thin air, I can help illustrate – via the list below – how Enterprise Resource Planning (ERP) and manufacturing technology can help support an efficient environment in which new jobs can be created:

Project Planning More Vital Than Ever With Solar Manufacturing Movement

The solar movement is picking up steam, and with it, is coming both uncertainty and opportunity for domestic manufacturing.

Just this week, Renewable Energy World published an article citing the following data points:

  • 80 percent increase in domestic production of wafers, in 2010
  • 80 percent of PV modules produced are made with crystalline silicon
  • 15-20% of PV modules produced are made with glass-based thin film

As the article also plainly states, working with the glass needed for solar manufacturing is costly – particularly in regards to shipping costs.  This means, ideally, plants will need to be as close to the end user as possible.  And this could potentially mean new plants.

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