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Modular product architectures have generated numerous benefits for companies in terms of cost, lead-time and quality. The defined interfaces and the module’s properties decrease the effort to develop new product variants, and provide an opportunity to perform parallel tasks in design, manufacturing and assembly. The background of this thesis is that companies perform verifications (tests, inspections and controls) of products late, when most of the parts have been assembled. This extends the lead-time to delivery and ruins benefits from a modular product architecture; specifically when the verifications are extensive and the frequency of detected defects is high. Due to the number of product variants obtained from the modular product architecture, verifications must handle a wide range of equipment, instructions and goal values to ensure that high quality products can be delivered. As a result, the total benefits from a modular product architecture are difficult to achieve. This thesis describes a method for planning and performing verifications within a modular product architecture. The method supports companies by utilizing the defined modules for verifications already at module level, so called MPV (Module Property Verification). With MPV, defects are detected at an earlier point, compared to verification of a complete product, and the number of verifications is decreased. The MPV method is built up of three phases. In Phase A, candidate modules are evaluated on the basis of costs and lead-time of the verifications and the repair of defects. An MPV-index is obtained which quantifies the module and indicates if the module should be verified at product level or by MPV. In Phase B, the interface interaction between the modules is evaluated, as well as the distribution of properties among the modules. The purpose is to evaluate the extent to which supplementary verifications at product level is needed. Phase C supports a selection of the final verification strategy. The cost and lead-time for the supplementary verifications are considered together with the results from Phase A and B. The MPV method is based on a set of qualitative and quantitative measures and tools which provide an overview and support the achievement of cost and time efficient company specific verifications. A practical application in industry shows how the MPV method can be used, and the subsequent benefits / <p>QC 20100906</p>

Collaborative products are created by combining components from two or more products to result in a new product that performs previously unattainable tasks. The resulting reduction in cost, weight, and size of a set of products needed to perform a set of functions makes collaborative products useful in the developing world. In this thesis, multiobjective optimization is used to design a set of products for optimal individual and collaborative performance. This is introduced through a nine step method which simultaneously optimizes multiple products both individually and collaboratively. The method searches through multiple complex design spaces while dealing with various trade-offs between products in order to optimize their collaborative performance. An example is provided to illustrate this method and demonstrate its usefulness in designing collaborative products for both the developed and developing world. We conclude that the presented method is a novel, useful approach for designing collaborative products while balancing the inherent trade-offs between the performance of collaborative products and the product sets used to create them.

The focus in this project is on machine guards, which will be improved andmade more secure for efficiency and safety. The aim is to design machine guardswith a vertical opening panel for simpler machine access. The work iscorporated with Axelent Engineering in order to meet all standards withsustainability and quality to protect humans and the machine. The aim of thisproject is to examine the specified X-guards to open vertically with the height of1300 mm in order to generate a product that meets the specified standards. Thepurpose of this task is to develop a product that will meet the technicalrequirements and safety standards in order to permit vertical opening for AxelentEngineering’s X-guards.As for the result, the concept generated for the X-guard operates with linearbearings and counterweights, the concept is later presented to AxelentEngineering for manufacturing or further development. The result of the finalconcept is the most suitable of all the concepts generated, proven by usingselection methods.

Sortiment är hos många företag väldigt stort vilket leder till att företag inte kan hantera sina produkter rätt. Problematiken är att kunderna får för mycket valmöjligheter när det erbjuds ett helt produktsortiment. Varje företag behöver ifrågasätta sig hur de ska hantera sitt sortiment när kunderna har för mycket att välja mellan. I denna situation hjälper sortimentsreducering att öka effektiviteten och lönsamheten i förtaget. Ett välplanerat sortiment är en viktig faktor för kundens köpbeslut eftersom för många produktval i sortimentet kan leda till överbelastning. Studien är en fallstudie med syfte att ta fram faktorer och processer som bör beaktas vid en sortimentsreducering hos ett producerande företag. Studien kommer att avgränsas mot att studera sortimentsreducering hos ett svenskt företag som tillverkar kontorsmöbler. För att besvara syftet och frågeställningarna utfördes fyra semistrukturerade intervjuer och ett studiebesök med anställda som hade relevant kunskap inom området. I metoden har abduktion antagits som vetenskapligt angreppsätt. Den teoretiska referensram togs fram genom litteratursökningar via databaser och böcker som sedan diskuterades i en jämförelse mot den sammanställda empirin som analyserades och diskuterades. Studiens slutsats visade vilka faktorer och processer som företag bör beakta vid en sortimentsreducering. De framtagna faktorerna var sortimentets djup och bredd, företagsimage, flexibilitet, kategoristyrning samt implementering av modulära och standardiserade produkter. Genom att integrera dessa faktorer kan företag göra en reducering effektivt. Studien visade tre processer med hjälp av modeller vid hänsyn till sortimentsreducering som skulle kunna implementeras på företag. Dessa modeller är ABC-analysen, Porters femkraftsmodell och sortimentsplaneringsmodellen. Genom att integrera de olika faktorer och processer för sortimentsreducering kan företaget göra en lönsam reducering i sortimentet. / Many companies have a large assortment, where most are incapable of correctly handling their products. Result of such assortment usually is overload of customers with an abundance of options. Every company needs to question themselves how to handle their assortment when customers has to many choices to pick. In this situation assortment reduction helps to increase efficiency and profitability of organizations. A well-planned assortment is an important factor for the customers purchase decision as too many choices in the assortment can lead to overload.   This study is a thesis written with the purpose of developing factors and processes to take into account for a products assortment reduction at a producing company. This study is limited to studying product assortment reduction at a Swedish company that manufactures office furniture. The purpose and questions are answered through four semi-structured interviews and a study visit accompanied by employees with relevant knowledge to thesis. In the method, abduction has been adopted as a scientific approach. A theoretical frame of reference was developed through literature searches through databases and books, which were the discussed in a comparison with the compiled empirical data that were analyzed and discussed.  The study´s conclusion showed which factors and processes companies should take into account in an assortment reduction. The factors developed were assortment depth and breadth, corporate image, flexibility, category management, implementing modular and standard products. By integrating these factors, companies can make a reduction effective. The study showed three processes using models with regard to product assortment reduction that could be implemented in companies. These models are the ABC-analysis, Porters five forces and the assortment planning model. By integrating the various factors and processes for product assortment reduction, the company can make a profitable reduction in the assortment.