636 MRP在攀枝花市中小企業(yè)中的應(yīng)用

636 MRP在攀枝花市中小企業(yè)中的應(yīng)用,mrp,攀枝花市,中小企業(yè),中的,應(yīng)用,利用,運(yùn)用 MS Access MRP Manufacturing Resource PlanningSmall Business MRP - Small Business ERP Microsoft Access Database ERP MRP Program ERP / MRP Manufacturing Software ProgramPEDYN specializes in Small Business Manufacturing Operations, Engineering Management, and Document Control Software. See the all in one P2000 Enterprise Resource Planning (ERP / MRP) program that uses Microsoft Access as the program platform. The P2000 is a powerful Low Cost solution for your complete business operations, from design concept, project management and documentations control to purchasing, material control, manufacturing, and order entry. It's graphical design and drill down navigation make the P2000 very easy to learn and use. Since the program is completely written using Microsoft Access, it interfaces well with other products, and can be easily customized to fit your ever changing business requirements. The program can be used along with other ERP / MRP programs that your company may be using by activating only the modules that you require. The P2000 is expandable, flexible and provides the perfect low cost solutions for small to mid size engineering and manufacturing companies. Why spend a fortune on expensive complicated system programs that are not easily adaptable to your specific needs. Using Microsoft Access as a front-end operating system means that you have full control and flexibility. Create new forms and reports as you need them. Expand your operating system anyway you choose.ERP software Categories and Features 1.Manufacturing and Operations Modules:Manufacturing Software, Manufacturing Program, Operations Software, Operations Program, Manufacturing Solutions, Production Management Program, Production Control Management, Discrete Manufacturing, Production Planning, Material Requirement Planning（MRP）， Manufacturing Resource Planning （MRP II）, Enterprise Resource Planning, ERP Software, MIS, Stock Replenishment Systems, Production Workflow Management, Product Management, Supply Chain Management, SCM, Supply Management, Materials Management, Business Management, Planning and Scheduling Enterprise, Multi-User Manufacturing Control Software, Inventory Management, Inventory Control, Product Management, Stock Control software, Small Business Soluitions, Small Business MRP, Small Business ERP2.Engineering Modules:Engineering Management Software, Engineering Software, Engineering Program, Engineering Project Management Software Programs, Design Management Software Engineer Task Management, Engineering Task Management, Daily Task Management, Tasking, Engineering Change Notice, Engineering Change Request, Engineering Change Order, Engineering Change Orders, ECN, ECO, DCO, DCN, ECR, DCR, Engineering Operations, Engineering Project Planning and Scheduling, Online Task Management3.Documentation Modules:Documentation Control software, Document Control Management, Drawing Control, Configuration Control Management, Configuration Management Software, Configuration Control Software, Drafting Management, Document Change Order, Change Orders, BOM software, Bill Of Materials, Indented Multi Level, Reference Designators, Drafting Task Management, Draftsman,CAD, AUTOCAD, Configuration Management, Electronic Document Management, Enterprise Document Management Systems, Specification Management, Release Control, Revision Control, Workflow Systems, Specification Control Drawings, Source Control Drawings, SCD, Fabrication Drawing, Assembly Drawings, Online Sign-off and Approval Forms, Engineering Change Orders, ECN, ECO, DCO, DCN, ECR, DCR, BOM, bom, PDM Product Data Management, PDM Software, PDM Access Database4.Processes:Make To Order, Assemble To Order, Build To Order, Configure To Order, Cellular Manufacturing, , Forecasting, Standard Costing, Material Receiving, Shipping, Resources, Master Scheduling, Production Capacity, Shop Loading and Capacity Planning, Business Processes, Job Shop, Routing, Electronic Order Processing, Demand, Scheduling, Scrap, Product Cost, Labor, WIP, Finished Goods, Stock Control, Inventory Control, Standard Cost, Standard Costing, Average Costing, Average cost, Forecasting, Delivery, Pick List, Vendor List, Components, Sub Assemblies, Material Planning, Demand Planning, Forecasting, Sales Planning, Distribution Planning, Production Planning, Work Order Management, Customer Order Management, Order Entry, Pricing, Shipping, Load Building, Routing, Item Master, Parts List, Parts Book, Purchase Order, Purchase Orders, PO, Purchasing, Work Order, Sales Order, Order Entry, Customer Order Processing, Shop Order, Back Order, Shipping Order, Parts Allocation, Allocations, Product Costing, Master Production Scheduling, Dock-to-Stock, Inspection, Testing, ISO 9000 Compliant, ISO 9001 Compliance, Finance and Accounting Interface, Accounts Payable, Accounts Receivable, General Ledger, Invoicing, Cost Management, Financial Control, Cash Flow Forecasting, Financial Forecasting, Planning System, Invoice, Tracking, Time, Analysis, Human Resources, Payroll, Time, Personnel5.Platform:MS Access Database Platform, Microsoft Access Database, MS Access97, MS Access2000, MS Access 97, MS Access 2000, Access XP 2002 2003, MSAccess Forms, MSAccess Reports, Microsoft Windows 98, Microsoft Windows 2000, Microsoft NT, Microsoft XP, Excel, SQL, MySQL, ACCESS PEDYNE, PEDYNAMICS, P2000, Software, Program, Custom, Customized, Access Programming, Custom Database, Low Cost, LOW COST, Free Demo, Free Trial6.Other:PDM Product Data Management, Repetitive Production Management, Business Planning, Sales and Operations Planning, Distribution Requirements Planning, Capacity Requirements Planning, CRP, Process Management, Product Data Management, Information Management Systems, Warehousing, Distribution Center Operations, Warehouse Management Systems, WMS, Electronic Data Interchange, EDI, Customer Relationship Management, CRM, Company Solutions, QRM, Quick Response Manufacturing, Supply Chain Planning, Vendor Managed Inventory, VMI, Site Location Planning, Distribution Resource Planning, DRP, Resource Monitoring, Administrative Management, JIT, Demand Planning, Demand Chain, Business Intelligence, Intelligent Enterprise, Flow Techniques, Business Solutions, Agile E-Business, QuickBooks, PeachTree, Quality ManagementMaterial Requirements Planning OverviewMaterial Requirements Planning (MRP) is designed to assist manufacturers in inventory and production management. Using MRP helps ensure that materials will be available in sufficient quantity and at the proper time for production to occur, without incurring excess costs by having the materials on hand too early. MRP assists in generating and (as needed) revising production plans to meet expected demands and replenishment plans to assure the timely availability of raw materials and all levels of product components.MRP begins by compiling a Bill of Materials (BOM) for each end product or component of interest. This is a listing of the components and quantities that are needed to manufacture the end product or component. Theoretically, the compilation of BOMs continues recursively, enumerating the subcomponents that are needed to manufacture each component, until only raw materials appear in the generated BOMs. In practice, a manufacturer may prefer to extend the BOM enumeration for only a specified number of levels and to assume that components and/or raw materials beneath that level are available on demand.Next, MRP requires information on the lead times associated with each manufacturing or assembly procedure that is required to produce the components and end products. Lead time is the time required to assemble or manufacture the needed components into the end product (or higher-level component), and thus is the time elapsed between the point at which all needed components are present and the end of assembly or manufacturing. These lead times may be compiled per unit of each component/product or may be based on predetermined batch sizes.MRP combines the BOMs, the lead times, and estimates of demand for end products to generate the Master Production Schedule, which details a schedule of assembly and production that enables the manufacturer to meet the estimated demand. This schedule addresses only the final level of assembly or production (resulting in end products), and includes both the timing and quantities of production. The Master Production Schedule serves as the basis for all further output information from MRP.Using the Master Production Schedule as a starting point, it is a conceptually simple (but computationally demanding) task to combine it with the data on lead times and BOMs to derive a schedule of component (and possibly raw materials) requirements, through as many levels of assembly and production as the manufacturer chooses. This schedule can account for such factors as work-in-progress, current inventory of and pending orders for materials and components, and direct demand for components as service items. Using this schedule of requirements, the manufacturer must determine a material replenishment strategy that satisfies these requirements. A wide variety of ordering rules and heuristics can be incorporated into computer-based MRP models.In addition to the material requirements, other useful data can be generated from the Master Production Schedule. These include the projected inventory levels for any end product, the projected schedule for any assembly or production process, and the projected utilization of capacity for a particular production operation. Any of this information should aid in evaluating current or potential materials replenishment strategies.Computers are instrumental in any real-world implementation of MRP, due to the large amount of data processing required to generate initial material requirements. Additionally, it's probable that the entire analysis will have to be repeated several times in response to changing conditions (for example, changes in demand, manufacturing processes, or material supply). This makes the need for computers even clearer.This example illustrates the use of SAS/OR software (specifically, PROC CPM and PROC GANTT) in a SAS/AF application that performs Material Requirements Planning for a hypothetical clothing manufacturer. A small number of data steps and relatively simple procedure calls from SAS/OR, Base SAS, and SAS/GRAPH accomplish all the computational work needed to support this application. The few simplifying assumptions made to limit the scope of this sample application could in practice be relaxed to make the application useful in a more complex and more realistic MRP setting. This application could also serve as an MRP module in a broader production and inventory control system.