Features include full database manager with windows for data entry, user defined reports. 1629A criticality reports, multi-phase missions, full code book system (user codes). Multi-failure modes for individual components and functions, built in failure mode frequency database, graphics front end and database manager, FMECA data manipulator/translator. Outputs include summation of failure rates for computation of probabilities, mission and system failure effects reports. 

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The program generates, maintains, and tracks design and process FMEAs, process flows, control plans, launch schedules, plant floor documentation, production part approval process documents, etc. The program 2 keeps all of the information in the documents linked-making a change in one document will update all other documents affected by the change. The program supports all of the standard automotive company standards, and allows customization of document formats as needed. 

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Facilitates data entry for failure modes, process operations, and blueprint data. Package can be used alone or integrated with process flow and control plan modules. 

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CARE® FMECA particularly allows you to do traditional FMECA, defined, for example, in MIL-STD-1629A. For each component failure user should define the parent (next higher level) effect, even if it is not caused directly, but via many other components of the same level.

Only parent failure mode may be considered as failure effect, not transition from one good mode to another. Only failure modes of the lowest components (leaves) may be initial (internal) causes of each system failure. Other (composite) blocks may only pass the effect to the system level.

If there are real effects in the Product tree which do not satisfied these rules (that is, the Product tree does not reflect all functional effects), user cannot use the Product tree for FMECA, it should build a special Functional tree according to this rules.

In addition to traditional FMECA, CARE® provides more flexible and powerful capabilities to make your work easier, more visual, faster and to serve more practical cases. It allows you:

To take into account Next brother Effects and causes, not only effects to parent and to consider Good Modes as well as Failure modes, as failure conductor.

To use Pareto Criticality Matrix Ranking (Pareto CMR) in Addition to MIL-STD-1629A CMR.

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Automated Failure Modes, Effects, and Criticality Analysis package according to MIL-STD- 1629A. Includes standard phrase library, hierarchical modeling, failure mode library, apportions failure rates to MIL-HDBK-338. Simple menu and form input. Severity multiplier for relevant criticality level, user specified worksheet summaries, context sensitive help, and up to 24 failure modes per component. 

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This program helps in the efficient performance of FMEAs. The software allows the user to track failure modes and the effects of failures, store and access libraries of relevant safeguards, and generate reports from data entered. In addition to performing simple calculations to determine the frequency and consequence categories of particular failure modes (based on risk matrixes), the program can display histograms. 

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This program performs an automated FMECA in accordance with MIL-STD-1629A, Notice 2, Tasks 101, 102, and 103. 

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Minimal amount of writing in of data. Phrase Library minimizes clerical errors by the typist. Phrase Library ensures consistent worksheet terminology. Easy analysis of the complete set of work sheets. Automatic cross-referencing of entries. Documentation and on-line help so comprehensive that no specialized training is required. Ability to link to CAD and other external systems. User friendliness especially for unskilled computer users. 

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Program includes implementation of MIL-STD-1629 data entry and reporting as well as data transfer to MIL-STD-1388-2A/2B. The program aids in documenting possible failure modes and their probabilities, tracing the causes of failures, and documenting the effects of failures with regard to the mission and safety requirements. This includes the documentation of all catastrophic and critical failure modes. The program allows for performing analysis in a top-bottom or bottom-up approach. 

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Integral Solutions Ltd., England, markets an FMEA tool. The Flame system performs automated FMEA of electrical curcuits. It imports circuit diagrams from ECAD systems, performs an FMEA, suggests significance values and produces FMEA reports. It is a qualitative system that can be used early in the design process while it is still inexpensive to make design changes. More detailed infomation can be obtain by visiting their web site . 

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Documents both design and process FMEAs. 

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Ford developed and supported software simplifies preparing and updating Concept, Design, and Process FMEA reports. This 3rd generation software can automatically calculate RPN, critical and significant characteristics, and sort on a variety of ratings. Output conforms to SAE J1739 and AIAG FMEA report standards. 

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Automated FMECA processor featuring: failure modes, causes and effects libraries, calculation of criticality numbers, maintainability and testability analyses, criticality matrices, extensive report generation, data security (password), on-line help, user friendly menus. Additional analyses: BIT/detection coverage, basic fault tree, fault isolation, quality assurance, maintainability and testability information also generated in multi-indenture / multi-echelon case. 

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Performs both a Failure Modes, Effects, And Criticality Analysis and a Task Analysis in accordance with MIL-STD-1629 and MIL-STD-1388. Performs hardware and functional analysis, allows the exchange of data with any LSA system, offers a built-in expert system advisor, automatically builds failure modes and effects using phrase libraries, and hardware structure. Performs all task frequency and criticality calculations. 

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Software designed to allow the easy creation, editing, and printing of columnar reports such as FMEA's. Modules available for process and design FMEA's, meeting Ford's requirements and process and design FMEA's meeting Chrysler's requirements. 

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Functional and hardware FMECA. Uses NASA Space Station FMEA based upon risk mathematics rather than a MIL-STD-1629 approach. Applicable for human based products such as mass transit systems, aircraft, submarines, busses, etc. 

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Performs calculations and criticality analysis required of safety performance and degraded mode operation. 

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The program provides commercial engineers with forms more applicable to the automotive industry. This program will provide an extension from ARP-1.0 and RBC-3.0 reliability programs into a FMEA. PFM incorporates the latest FMEA and Control Plan forms as defined by Ford, GM, Chrysler, ASQC, and AIAG. This program provides increased timesaving, since automotive vendors are able to supply all three of the major U.S. auto suppliers with only one FMEA report. 

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PRO-FMECA allows multiple equipment configurations to be analyzed as a single configuration, with automatic generation of worksheets and other documentation. Allows the effects of failures to be analyzed qualitatively through multi-layer models representing functional and physical hardware engineering design. Since exact numerical values are not calculated, simulations execute much faster than for a full dynamic model. 

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This package performs a Failure Modes, Effects, and Criticality Analysis as well as the Reliability Analysis. Aspects of operations, safety, flight technology, system design engineering, and configuration analysis are also performed. Criticality numbers are assigned to components, subsystems, systems, stages, missions, and crews for a given failure distribution (exponential, Weibull, Gamma, etc.). 

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This package satisfies the required tasks 201, 203 and 204 of MIL-STD-785 and the tasks 203 and "Testability" required by MIL-STD-470. Performs reliability predictions, maintainability predictions, FMEA's, FMECA's, testability analyses, and reliability modeling. 

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Relex FMEA/FMECA provides a user-friendly framework for performing Failure Mode, Effects, and Criticality Analyses. Highly acclaimed by both reliability experts and novices, Relex FMEA/FMECA provides the necessary tools for performing your analyses. Capabilities include a user friendly interface, powerful CAD Import/ExportWizard, complete integration with the Relex Reliability Prediction Software, criticality matrix graphs, large failure mode libraries, visual report designer, spelling checker, VBA macros, and much more. Relex is the industry leading R&M software package and incorporates MIL-HDBK-217, Bellcore, and Mechanical Reliability Predictions, graphical Reliability Block Diagrams, FMEAs, FMECAs, Maintainability Predictions, RCM and Life Cycle Cost analyses, and Fault Tree analyses in one completely integrated tool.

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The program provides the capability to create various styles of system analysis for performing FEA, FMEA, FMECA, DEA, and ZEA. MIL-STD-1629A and Ford FEA documents serve as the foundation for the analysis. GUI technology is used to facilitate user inputs. 

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Performs FMEA based on a matrix FMEA technique. Includes capabilities of fault detection and fault isolation. Can communicate with other products developed by company.

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The program supports creation and analysis of fault trees. Estimates reliability characteristics and importances for fault trees. 

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A comprehensive PC-based fault tree workstation with support for all phases of systems analysis. Includes full screen editor, multilevel reliability database, plotting, cut set generator, cut set results editor. Extensive syntax and logic checking, logical editing, supports macros, calculates unavailability from failure rate and exposure times, user definable fields, truncates on cut set probability or size, allows user selectable gate transfers & page breaks. Program also supports sensitivity studies. 

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Software tool for construction and analysis of fault trees. With its intuitive graphical user interface, CARA-FaultTree lets you create fault trees in a flash. A total of six system performance measures and six measures of component importance is available, along with enhanced report utilities. All in all, CARA-FaultTree is the product of choice for supporting fault tree analysis.

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Handles Hardware/Software Fault and Event trees (no limit of functional levels, number of assemblies, faults or events. The FTA tree can be built-up from the project tree assemblies or components and/or from the functional FMECA tree and\or from the RBD model tree. Different Gates options such as  OR, AND, NOT, XOR, K-out-of-N. FTA analyses common mode failures. There is a really simple on screen presentation of the tree using + and - to expand and collapse trees.

Only up and down scroll - no need to scroll right and left for large trees.

Quick and accurate calculation of probability and rates for all events.

Conditional effects probability may be given under OR gates.

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An event fault tree analysis program. Allows for multiple branches at event tree nodes and multiple attributes to be assigned to each node. Expanded event names, branch labels, expected value calculations, probabilistic truncation, supports most plotters. Automatic location of event probabilities from CAFTA or external tables and auto-scaling for plotter size. 

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Draws event tree diagrams and carries out cut set calculations and probabilistic analysis. 

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Dramatic time savings over manual methods. Draws the tree automatically from simple gate inputs using the keyboard, graphics display and a mouse. Cut set analysis using Kinetic Tree method, sorted by order or probability. Quantitative analysis and a confidence evaluation. Fault tree gates or events can be linked to the event tree. 

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Construction and analysis of fault tree, automatic fault tree generation, library of standard symbols provided, modular tree construction, error traps, qualitative and quantitative analysis. Easy to use mouse and menus, handles large trees with hundreds of gates, cut set analysis, user controlled plot scaling and placement, automatic positioning of symbols, hard copy on demand, logical consistency checks and automatic checks for crossing interconnecting lines. 

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FaultrEASE is an interactive graphics editor for fault trees. It allows you to create, edit, and draw fault trees with a mminimum of effort. It performs elementary fault tree mathematics, including mixed probability and frequency calculations, and cut sets. 

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Formal-FTA is new product, initially for Sun Workstations. Being based on advanced software techniques, it has no real restrictions, i.e it supports an unlimited number of gates and events, events may appear in any number of subtrees, subtrees may be nested to any level etc. The X/Motif graphical user interface is highly intuitive, and supports advanced capabilities such as moving branches from one location to another (with just a few mouse clicks).

An events database is provided, which enables the description of events to be independent of the tree. The events database may be shared between fault trees. Minimal cut set generation is fast, and is based on an advanced algebraic method. Both deterministic quantitative analysis and Monte Carlo simulation are well supported.

Hosted on Unix systems, Formal

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Automates Environmental Stress Screening (ESS) of electronic equipment. 

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Espinoza Consulting offers a life data analysis and maintenance optimization software package for Windows 3.1, Windows 95 and Windows NT. Probability plotting, hazard plotting, and maximum likelihood estimation are available for both the 2 and 3 parameter Weibull distribution, the normal distribution, the lognormal distribution and the exponential distribution. The cost is $199 for a single license or $1000 for a site license. For info contact espinoza@mich.com.

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The Meridium Enterprise Reliability Management System (ERMS) offers clients an industrial strength, enterprise wide tool set that analyzes plant maintenance data to achieve maximum equipment reliability and dependability.  Meridium client companiesinclude refining and chemical processing sites as well as electric power utility companies and discrete manufacturing.  Meridum reliability analysis tools are supported by a powerful enterprise wide database with links into other plant systems such as: enterprise resource planning systems (ERP), computerized maintenance management systems (CMMS) and plant

distributed control systems (DCS).  This ability to store vast amounts of plant process, engineering and maintenance data in a

single integrated information system provides the perfect computing environment for extensive reliability analysis.  Weibull,

Normal and Log Normal distributions are available as well as Growth Modeling. Statistical Process Control (SPC) functions

provide an integrated production quality management system.  All of these features are fully integrated and provide seamless

solutions that offer a high level of automation. 

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Calculates minimum life of your product. Features detailed Weibull plots, failure analysis with and without suspensions, minimum life calculations, reliability calculations at different confidence levels, sample size calculations, sudden death testing. 

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Analyzes data against normal, log normal, extreme value and Weibull distributions. Prints histograms and distribution plots. Also calculates goodness of fit and randomness and homogeneity. Other features include: six choices of confidence limits, automatic and manual scaling, calculates residuals for diagnostics, estimates yields on request, and prints statistics and data tables. 

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Generates Weibull plots; calculates characteristic life, shape parameter, and minimum life parameter; displays graphical and maximum likelihood techniques; displays confidence bands; and generates predicted values tables. Also provides Weibull line reliability modeling and analysis for failed and suspended tests. 

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Computes statistical sample sizes and test times according to guidelines under Accelerated Experiment and Bayes' Formula. To meet a given reliability and life objectives, the number of samples and the minimum life that each sample needs to survive are determined as a part of the test planning process. Features include: on-line help, spread sheet input, calculation and evaluation of confidence intervals. 

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Weibull analysis of failure test data. Uses a two parameter version of the expression for the Weibull distribution function to predict the population behavior from a sample of failure and suspended data. Features include: on-line help, option to analyze cumulative failure data, median ranking for failure data at three confidence levels. On-line graphic plots such as Weibull plot, Weibull cumulative distribution function, and density function of Weibull analysis. 

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Draws Reliability Block Diagrams and calculates Reliability. 

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Provides Weibull parameters (Beta, Eta, and Gamma) for failure data, including suspended data, and warns of two possible populations. Gives overall system reliability for complex equipment and measures potential improvement resulting from increasing MTBF for one or more failure modes. 

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Comprehensive data analysis tool using failure data captured from field trials or laboratory studies. Provides seven distributions: Weibull, Normal, Lognormal, Logistic, Exponential, Smallest Extreme Value with a full array of statistical tables and plots. Part of the AT&T Quality Workbench family of products. 

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This program calculates both fixed and sequential decision rules for reliability qualification test plans. Accepts either specified reliable life, acceptable and rejectable reliabilities, alpha risk, beta risk or acceptable MTBF alpha risk, beta risk or uses the exponential distribution. Program output includes fixed and sequential decision rules, OC-curves, ASN-curves, and ARL-curves. The program calculates from the number of cycles and failures the one-sided and two-sided confidence levels. 

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This program is designed to perform Distribution Reliability Engineering Analysis, using time-to- failure data, from either in-house testing or the field. The program provides you with all the tools needed to perform reliability calculations, using user defined distributions or assignees one via the programs distribution wizard. This program uses multiple goodness-of-fit tests, to obtain results and also produce professional quality plots, and reports. Most often used distributions are supported, such as the 2 or 3 parameter Weibull, Normal, Lognormal, 1 and 2 parameter Exponential as well as the Mixed-Weibull distribution. The program provides probability plots on each distribution's probability plotting paper, reliability vs. time; pdf vs. time, failure rate vs. time; bathtub curves on linear scales, overlays of any plots. 

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Reliability analysis. Fits Weibull equation to failure history of a sample data set. Package calculates mean rank estimates of the cumulative probability of failure. Non-failed items may also be included. Results include estimates of characteristic lifetime, Weibull slope, and the standard deviation of fit. Data may be entered from either the keyboard or a disk file. No special graphics card is required since output is in alphanumeric form. 

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Weibull analysis of raw input data. Includes rank regression or maximum likelihood fitting, confidence bands, 3 parameter analysis. Can also supplement with LogNormSMITH to add lognormal capabilities. 

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Weibull analysis package. Data is entered through the keyboard or an ASCII file. Features include: unlimited suspensions with histogram input, rank regression or maximum likelihood estimation fitting, 3-parameter analysis, Weibull calculations, Binomial distribution confidence bands, 3,000 points maximum in 3 sets maximum per plot, zero-failure test parameter estimation, Monte Carlo sample generator. 

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LogNormSMITH includes all the features of WeibullSMITH except for test parameter selection, Weibull, and maximum likelihood fitting. The package has additional upgrades to WeibullSMITH. This version has better confidence fitting speed, easier use of suspension histograms, greater freedom in set dimensions, improved initial time calculations, etc.

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The Weibull Trending Toolkit is free shareware for non-commercial applications. It finds three Weibull parameters by matching sample and Weibull mean, standard deviation, and skewness. It is not necessary to rank order the data. One screen shows summary numerical results. A second shows one graph with the data, and Weibull probability density, cumulative probability, and risk curves.

Available at IndustryNET ftp://ftp.industry.net/pub/sharewar/project/cortech.exe or ASM International telnet bbs.asm-intl.org, Eng. Library.

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Database Manager for tracking Failure Reports and Fault Analysis. Formal (code book) or informal methods. Tracks by event, S/N, DCN, contract, assembly, part, etc. User can define codes for data retrieval.

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Software for tracking and solving problems during design and development. Features include full database manager, tracking system for documenting controls, user definable reports, built in expert searches, hot keys for quick help. Menu driven database management, allows selection of data elements, sorts on data and summary reports of any type. Handles encoded or uncoded information, translates any user language.

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Automated FRACAS system collects, manages, analyzes data of failures in development and in the field. Features: fully menu-driven, function keys, incorporates reliability growth module (Duane model), and report generation capability. Identifies repetitive failures, supplies reliability information for new system design, enables inspection of maintenance quality, allows reliability and maintainability evaluation of parts and subsystems. Supplies data for logistics calculations.

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FRACAS is a software tool to record, update, retrieve, and summarize data for individual failures that occur in specific aircraft or test setups. Software has the capacity for use and/or inclusion of equipment, uniform failure descriptions, event/equipment hierarchy, flight (test) hours data, engineering investigations, reliability data bank links, system unification, and has a flexible retrieval capability.

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Used to track reliability in the field, during production, and during development. Used to record test events, analyze failure modes verify corrective actions, identify failure trends, determine the failure contribution of individual parts, and to estimate reliability.

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Simulation of failures and the possible subsequent repairs of each hardware unit included in the system. Analyzes the effects of failures and repairs on the system and maintains statistics of the system behavior. Simulation can be repeated a specified number of times for each one of the seeds supplied to the random number generator, or can be timed. At the end of a simulation, the program computes the average statistics. 

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A MIL-HDBK-472, Notice 1, Maintainability prediction package which calculates the MTTR and maximum repair time based on the failure rates of the replaceable items, fault detection, and isolation inputs, replacement concepts, packaging philosophy, maintenance flow diagrams, and time lines. There are two methods used: the early prediction model using preliminary design data and the detailed prediction model using detailed design data. 

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This module collects field failures and corrective/preventive maintenance actions. The program is analyzing the data and provides reliability growth parameters, recommendation for optimal maintenance concept to reduce cost and defines reliability prediction model for new designs. The module serves as a post processor for data that comes from FRACAS or any other systems.

FDA provides convenient way to collect data about tested systems and blocks, test time between stopping, stopping causes, preventive maintenance schedule and actual preventive maintenance. The corresponding logs can be used not only for MTBF growth analysis, but also for failure rate statistical estimation and MTBF demonstration tests. In addition they allow detection of most essential failure causes.

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The MTTR module, one of the CARE® family members, provides the assemblies design engineers with MTTR Prediction capabilities. The MTTR Prediction is fully integrated into the CAD/CAE design

Computron Work Management(CWM) is a seamlessly integrated work management tool, consisting of 4 applications: Maintenance, Procurement, Inventory and Project Management. CWM is flexible enough to adapt to meet your business needs regardless of industry. The added value CWM offers is embedded workflow that makes your system easily configurable, functionality that flexibly supports business process reengineering and architecture that creates a fully integrated resource, maintenance and materials management backbone. At the heart of this backbone is a "virtual map" of your organization within the CWM Facility/Equipment database. This automates your planning and management process, gathers all relevant resources, schedules multiple or individual job steps, and generates reports including those related to cost control.

Field Data Specialists Inc. has a product on the market called Trapbase.

We are a steam system management company and have developed an outstanding software for managing steam trap survey, maintenance, and repair called Trapbase for Windows.  Trapbase is a state-of-the-art

Windows-based program that is truly one of its kind.

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The Mini-LSA module, one of the CARE® family members, provides the logistics engineer with analysis and planning capabilities for the project Logistics Support requirements.

As part of the Integrated Logistics Support Plan (ILSP), the system maintenance engineers define the maintenance concept that is required to keep the system working. The Mini-LSA uses this definition in order to produce the maintenance reports and calculate the spare parts quantities.

The Mini-LSA tool provides very simple and straightforward method to define the system maintenance concept and provide details for each one of the system assemblies.

The CARE® Mini-LSA follows the guidelines of MIL-STD-1388-2, DOD Requirements for a Logistics Support Analysis Record and commercial philosophy.

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Analyzes field service costs, warranty costs, and costs of ownership. Establishes sparing requirements. Creates a database for development, production, operation, and support costs. Capable of recommending support personnel and work loading. Calculates system up-time. CHEAP allows for engineers and managers to examine life-cycle costs of a product. 

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Computes optimum spares requirements based on costs for availability goals. Interfaces to PPCM spreadsheet for support costing. Models reality of sites, skills, usage quantities for selected time periods. Computes raw costs of availability. 

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An automated spare parts-cost-availability optimization program. Features: spare part calculations, life support cost analysis, manpower planning, optimal repair level analysis, logistics evaluations, sensitivity analysis, report & generation capability. Management of data necessary for spare parts and logistics analysis. 

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Determines the range and depth of spare parts needed to support a defined mission at a specified level. Input data based upon information needed to perform FMECA. Downtime plus time to procure a part are coupled with cost data. The data is ranked by event frequency (risk), and support urgency (benefit). Spare parts recommendation is created by the report generator. Recommendations biased by human anxiety factors through the risk and benefit inputs. 

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An expert system for tailoring MIL-STD-785, "Reliability Program Plan, MIL-STD-470, "Maintainability Program Plan", and MIL-STD-1388A, "Logistics Support Analysis" to specific systems. Takes into account the information pertinent to system requirements, maintenance concepts, mission needs, acquisition phases, funding levels, use of environment, etc. This information makes possible a definition of scope, character and make-up of each task in each standard. 

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Relex LCC is a very powerful and flexible life cycle cost analysis tool. It allows you to calculate the cost of your product over its lifetime. By taking inflation factors into account, you can easily perform trade-offs of various alternatives. Capabilities include a user friendly interface, user-definable Cost Breakdown Structure (CBS), built-in equation editor, net present value (NPV) calculations, ability to define time intervals and various alternatives, sensitivity analyses, and full integration with the other Relex modules. Relex is the industry leading R&M software package and incorporates MIL-HDBK-217, Bellcore, and Mechanical Reliability Predictions, graphical Reliability Block Diagrams, FMEAs, FMECAs, Maintainability Predictions, RCM and Life Cycle Cost analyses, and Fault Tree analyses in one completely integrated tool. 

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Calculates Spares required for equipment supported at Sites and Base. Optimizes scale of spares at sites for minimum cost. 

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Spares optimization, offers an easy and accurate way to calculate the replacement spares holdings required at both "Site" and "Base" locations, given a defined stock-out risk. Site spares are also optimized to minimize the cost of spares holding. Includes default values, requires actual items and their failure rates. 

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Program to optimize spares holdings. Takes into account cost, weight, quantity, volume, or user- specified parameters.

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This program performs an automated Safety Hazard and Assessment Analysis in accordance with MIL-STD-882B, Tasks 203 and 204.

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The PMEI Corporation has developed a Passive Fire Protection Jacket System designed to withstand fire reaching 2000 degrees Fahrenheit for up to 2 hours.

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A software tool that facilitates the creation of a uniform worst case parts database. With user input, package will generate nominal, worst case minimum, and worst case maximum values for components. The bias and random portions of the tolerance are also given. The program handles MIL-SPEC and commercial resistors, capacitors, and semiconductors.

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A fully integrated multi-tool analysis program which determines worst case solutions to design equations, probability estimates of any out-of-spec (ALERT) conditions, sensitivities, and more. For more info, see web site.

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This program performs an automated Worst Case Circuit Analysis in accordance with MIL-STD- 785B, Task 206.

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Reliability assessment of multi-chip packages and Wafer Scale Integration (WSI) modules. It includes failure theories for both structural and electronic failure mechanisms. Structural models include high and low cycle fatigue, Palmgren Miner damage accumulation, probabilistic methods for brittle materials, fracture mechanics, and creep with low cycle fatigue. Other factors considered are hot carrier induced degradation, electromigration, time dependency, and Kirkendall voiding.

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An automated sneak circuit analysis package as specified in MIL-STD-785B task 205. Provides a computer-based system for real time identification of sneak paths and design concerns. Identifies sneak paths in switching circuitry in analog or digital design.

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An updated and expanded version of the earlier SCAT product developed for the USAF Rome Laboratory. Provides a pc-based tool for real time identification of sneak paths and design concerns. Identifies sneak paths in switching circuitry in analog or digital design.

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Package includes data on approximately 4000 devices which includes: microcircuits, discrete components. Package has capability of complete independent data retrieval Data includes commercial part number, device description, manufacturer, ESD Classification (per MIL-STD- 1686A and MIL-STD-883, Method 30157), data code, information regarding the source of the data, R/C values used in the discharge circuit, failure voltage, pin combination, failure criteria, and more. Compatible with dBase and Symphony.

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PROACT software is a comprehensive software tool that automates the task of performing a Root Cause Failure Analysis.  PROACT allows the user to concentrate on solving the problem and not on learning difficult graphics and database programs.  Think of PROACT as a project management tool for Root Cause Failure Analysis. PROACT(tm) was chosen the most innovative and useful software for 1998 in the maintenance and general category by Plant Engineering Magazine readers.