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Shopfloor-Online MES analyses the data automatically and provides a picture of the quality position on a real-time basis. It allows operators and management to work on an exception-driven basis - automatically alerting people to problems when they arise. This saves time, improves reliability and makes everyone more effective.
It can produce summary reports for management on a shift, daily, weekly or monthly basis. In the event of problems it allows you to drill in to all the production process-related data such as tool changes, product changes, maintenance activities and material changes to answer the question: "What happened?"
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The N-TRONTM N-ViewTM OPC Server Software can be used with N-TRON 200, 300, 400, 500, and 900 Series Switches with the N-View firmware option. N-View is also available as a standard feature on all 9000 Series Switches. N-View OPC Software allows switch and port status information for all N-View capable switches, to be displayed using popular OPC client INDUSTRIAL HMI Software Packages.
Minimum System Requirements:
250Mhz Pentium PC
64MB RAM
2G Hard Drive
CD Drive
Mouse
VGA Monitor
NDIS compatible Industrial ethernet card
Internet Explorer 6 or greater
Windows NT 4.0 w/SP4 or later, Windows 2000, XP, or 2003
IndustrialSNMP (iSNMP) Suite, software specifically designed for the industrial market, provides monitoring and analysis of N-TRON's 600 and 9000 Series, as well as SNMP capable switches. iSNMP Suite gathers raw SNMP data from the network devices and continually performs calculations to generate data that can be used, such as bandwidth utilization and network error rate statistics.
iSNMP also offers Power supply specifications management, Unmanaged device monitoring and support, MIB template industrial generator, Tag filtering, Pre-built Tag Databases, SNMP Traps Support, and Auto-discovery. iSNMP Suite is available in three different HMI software editions (basic, expert, and enterprise) and will function seamlessly with any OPC compliant application.
Minimum System Requirements:
700Mhz Pentium PC
128MB RAM
10MB HD space
Windows XP PRO, 2000, 2003 |
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The InControl 7.11 real-time open architecture control component that allows you to design, create, test and run application programs for controlling your process - faster than ever before. The software is based on Microsoft® Windows operating systems.
InControl software provides a more capable and often lower-cost alternative to Plcs. In addition to being able to run on standard, open PC operating systems, InControl software also offers a more robust control package, vastly superior open connectivity and sophisticated logic capabilities to handle complex discrete and batch processes. InControl software also offers greater overall capacity compared to micro-PLCs and lower cost-per-point than midsize PLCs.
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| The software mPLC was developed particularly for decentralized, PC-oriented control systems. As programming language Python was used. Into mPLC assigned script language the Python represents already for years a revealed standard for object-oriented programming in the Internet and therefore very much developed and extensively. mPLC in the standard designs contain a version of the CAN monitor. This is able to hear in the CAN bus all data to supervise CAN bus communication and thus over CAN bus parameter sets and instructions out would drive to be able. |
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Moldflow Plastics Xpert® (MPX®) is an advanced control solution for the automatic setup, optimization and monitoring of the process window of an injection molding machine.
Unlike other control solutions, MPX® can utilize the advanced simulation capabilities of Moldflow Plastics Advisers® (MPA®) and Moldflow Plastics Insight® (MPI®) software to provide an initial process configuration. MPX interfaces directly with the injection molding manufacturer machine and provides on-line process correction with technology developed exclusively for the plastics injection molding industry.
Now, molding machine operators can consistently and systematically set up the process, perform an automated DOE (design of experiments) to determine a robust processing window, and automatically correct the process should it drift or go out of control during production.
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RAD-CON offers process optimization software for bell annealing that increases throughput, decreases energy consumption, and improves quality. The dynamic thermodynamic model calculates optimal heating and cooling times as well as process decision to improve cleanliness and sticker brake performance.
Although typically used for production, the product can also be used to simulate the annealing process for training and research / development. This tool allows new cycle development and process capacity calculations.
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Process Improvement (BPI)
Business Process Improvement (BPI) is a systematic approach to help organizations change the way it does business or literally transform their business from top to bottom. Organizations looking to improve their processes to impact their bottom line answer several questions:
Who are we? What do we do? Why do we do it?
Who are our customers?
How do we do our jobs better?
Lanner offers comprehensive support for business process improvement. From analysis of the current process structure right through to the implementation of improvements, our technology and services solutions will guide you every step of the way. In addition, Lanner specializes in assessing e-business change through accurate modeling to ensure new planned processes will work. Some of our most successful BPI solutions are:
Productivity Improvement
People and Transportation Flow
Supply Chain and Logistics
Maintenance Planning
Resource Planning
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Moldflow's Design Analysis Solutions are the world's most widely used, technically advanced software products in the plastics industrial injection molding industry. Thousands of companies worldwide have performed millions of analyses using Moldflow Design Analysis Solutions, which include Moldflow Plastics Advisers® (MPA®) and Moldflow Plastics Insight® (MPI®). Overall, Moldflow products can be used to simulate the broadest range of injection molding processes to predict and avoid potential manufacturing defects, and they are supported by the industry's largest and most knowledgeable team of plastics professionals in 14 countries worldwide.
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Speed the process for complex mold design
thinkdesign provides powerful tools for mold making applications. thinkdesign can create cores and cavities of varying complexity. Look into solutions that help both the product designer and skilled mold maker dramatically reduce the time required for complex mold design.
In these injection mold demonstrations, you will get a firsthand look at the powerful tools within thinkdesign for mold making applications. With thinkdesign, you can create cores and cavities of varying complexity. And you will see the K-MOLD plug-in in action. Adding K-MOLD helps simplify the creation of the mold base and helps you analyze a part before you create the mold.
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With Q-DAS' popular procella SPC software, measurement and inspection data can be quickly acquired either by manual input or on-line, via the serial interface of the measuring device. On-line visualization of the acquired data enables timely detection of trends and out-of-control conditions.
The user is therefore in an excellent position to initiate timely corrective action. Data are checked against individually defined alarm thresholds (violation of tolerance or control limits) as soon as they are collected. If an alarm occurs, the operator is required to acknowledge the alarm. Actions taken, events and causes can be documented.
The user can be required to enter supplementary data (cavity, machine, batch, etc.), which allows for traceability throughout, and for object-related analysis of relevant information.
In advanced enterprise solutions, integration via an IDI interface connection with SAP/R3 QM makes it possible to load inspection lots generated by SAP into procella for industrial data acquisition. Once the examination is completed, the acquired data are transferred back to SAP. In this way, users can benefit both from the flexibility of procella in terms of data acquisition and on-line visualization, and the advantages of a centralized umbrella system such as SAP. |
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In traditional manufacturing Production to make the product and the Quality Department inspect it. After-the-event inspection is expensive and wasteful because:
The product has already been made
Costly re-work is not always possible
It is much more cost effective to avoid waste by monitoring and analysing the process during manufacture. This is the basis of statistical process governor (SPC).
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you can measure process quality in a quantitative way and establish the process capability of your manufacturing operations. This is a measure of the extent of the variation of a key feature of a product ie. weight, length, thickness and so on, compared with the specification limits. It tells you how well you can expect a machine or a plant to perform.
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Wonderware's QI Analyst 8.0 real-time SPC software can give your industrial production team the quality information they need to adjust process parameters on the fly, which can decrease costs and improve product quality. Traditional off-line SPC systems use historical process data and don%u2019t allow real-time corrections of process excursions.
QI Analyst software is an important part of Wonderware's software solutions for Production and Performance Management. Its comprehensive, real-time SPC monitoring keep Wonderware customers informed regarding developing product-quality problems. |
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