This report analyzes and examines a hypothesis for finding a method to optimize thelength of the delubrication process time based on a total charge weight. The work hasfocused on the holding time for delubrication and the total charge weight.An important step in the manufacturing chain of cutting tools is when the greenbodies undergo the sintering process. Today, the delubrication step has the sameprocess time independent of the total charge weight. An implementation of a methodto adjust the delubrication process time would give more consistent quality of thecutting tool´s internal characteristics but also reduce the time course of the sinteringprocess. In the present project two methods for this goal were tested, thedevelopment of an algorithm and a weight interval subdivision with associateddelubrication process times.During delubrication a pressure increase is observed due to the decomposition of thePEG in the powder mixture.

As break downs of production transformers are costly and often result in long outages it is essential for reliability of operation that the transformers are manufactured to be robust. The aim of this M.Sc. thesis is to investigate if deviations should be made from the standard IEC 60076 ? Power Transformers in order to describe a robust large power transformer for procurement.The investigation has been conducted in three stages. In the first stage a definition of the term robust was developed in consultation with the client Vattenfall Vattenkraft.

Many companies with expansion plans may eventually need to take a decision whether tomove parts of the organization abroad or not. One example is how Swedish companies? placesits production in Asia where labor is cheaper, but at the same time wants to use Swedishengineers. The communication possibilities today makes it no longer necessary to travelacross the world to have a meeting, and questions can be answered in a matter of minutes.This means that a company that is spread out over the world still can communicate betweentheir employees.When participants in a project are spread out over the world, and can?t meet in person, it iseasy for problems to appear.

Since the Chinese economy?s reform in 1980, it has been attracting enormous foreign investments. Many Swedish firms from different sectors such as technology, manufactory production, consumer, service industries and so on, had started their investments in China. China has become the first choice for global manufacturing due to the huge market, continuous economic growth, stable political situation, sound investment environment and the WTO membership. In addition, China's enormous potential in finance, service, infrastructure, telecommunications, wholesales and retail industries will also attract a great deal of foreign capital.

During the last part of the 20th century many companies has started to build their organizations on knowledge and information instead of manufacturing of products.  Today it is easier to communicate and spread information. At the same time the numbers of untraditional employments like temporary employments and workers from staffing agencies are increasing. Many organizations have higher employee turnover now than before. This allows more people to have access to confidential information, whose spreading might cause great damage for the employer.

In the rate of changes condition of the market in shape of increasing competitiveness situation, local as global, this leads to that logistics has to be developed in the same rate. Logistics has been developed from the military and after the war, logistics was figurative to the companies transport- and store problems. After this, logistics had been divided up into four different time phases (the seventies to the 21:th century). All these time phases have together develop the spectacle and focus of the logistics today. Afterward further developing of the logistics approach to Supply Chain Management (SCM) and afterward SCM, Demand Chain Management (DCM) was developed in aim to secure that the right products were manufactured on the basis of the end customers real requirement and wishes.This paper is taking the aim and problem formulation as a starting point.

This investigation?s task was to map manufacturing of special qualities at Stora Enso Packaging under a certain period, analyze if rules concerning special qualities is followed, which consequences this results in concerning use of paper, waste and costs and to give suggestions on alternative solutions. The goal was to give sugges-tions that help the company to reach its business ratio that the production de-partment uses within use of paper and productivity in the corrugated cardboard machine.Stora Enso Packaging is a part of the forest group Stora Enso and is one of Swe-den?s leading producers of corrugated cardboard. Stora Enso Packaging acts pri-mary on the Swedish market, where they have a market share of 25 %.To be able to analyze orders with special qualities we did a data collection during two months, where we mapped incoming orders.

This project is implemented as a thesis at the Royal Institute of Technology in the master?s degree program Integrated Product Design and Industrial Design Engineering. The project has involved development and efficiency of a free starter package for expectant parents with useful content consisting of useful products for both before and after childbirth. Areas that have been investigated include packaging development, service design and appropriate content for the package.During the work, theory about packaging design, materials, manufacturing techniques and logistics have been processed to base the further work on. The project process has involved competitor analysis and interviews with store owners and customer surveys, that have been conducted to identify areas for improvement of the current solution.

SammanfattningLean Production är ett tankesätt för att effektivisera en verksamhet med fokus på att eliminera slöseri, skapa engagemang hos medarbetare samt ständiga och systematiska förbättringar. För att genomföra detta finns ett antal Lean-verktyg som initialt tagits fram för bilindustrin vilken är en typisk verkstadsindustri och karakteriseras av diskreta produkter. Processindustrin skiljer sig från verkstadsindustrin genom sitt kontinuerliga materialflöde. Det är därför inte helt naturligt att tillämpa Lean-verktygen på processindustrin.Rapportens syfte är att undersöka vilka av dessa verktyg som anses vara lämpliga att använda i processindustrin och då specifikt inom den svenska pappersindustrin. Det görs genom att studera redan befintlig vetenskaplig litteratur inom området Lean i processindustrin, för att sedan kategorisera de vanligaste verktygen efter lämplighet för användning inom pappersindustrin.

The goals of this Bachelors? Thesis were to establish the production loss through the VTIS1 Pasteur at Arla Foods Linköping dairy and then suggest simple but effective solutions to minimize the losses for each production run. If the timeframe allowed it, some of the solutions would be implemented and tested in full production to determine their impact on economic and environmental savings.The very first step of this project was to establish the statistics over what losses there is in the production pipeline through VTIS1, from milk and powders in mixer tanks to finished and packed products in cold storage. Then, when knowing how much product was actually lost and where, those bottlenecks could be pinpointed and examined more closely. At this stage the focus was switched, from the otherwise complicated and broad manufacturing process, to the VTIS1-aggregate, since early data indicated there were quite substantial losses there.In conjunction with this project Arla Foods purchased an absorption photometer-measuring device (OPTEK AS16) that could be inserted straight into the product stream out of VTIS1, allowing real time measurements of its optical density.

The Swedish Textile industry has since the beginning of the 70-ties moved their production to countries with cheap labour further and further away. The production in the Baltic countries and Asia has become reality for many Swedish manufacturing companies. With today?s technology the communication with remote countries has ceased to be a problem. The difficulties have instead turned out to be more focused on transportation of goods and just in time deliveries to Sweden.

It has become fairly common for a company to outsource one or several of its logistic activities to a party separate from the business of the company itself. Since the original agreement usually involves two parties, the seller and the buyer, the logistics company is called the third party. The relationship between the outsourcing company and the third party varies in form and in depth but can sometimes be very close, almost to be considered a joint venture. When the co-operation between the two parties includes more than just one separate logistic service and the third party adapts its business to a certain extent to his principals needs, it constitutes third party logistics. If the logistics company, or a party employed by it, becomes insolvent when having the entrusted goods in his possession questions may arise concerning the right to the property.

Companies constantly strive for the perfect order which enables them to satisfy and retain their customers. This is a difficult process that can be facilitated by using different picking technologies. In this study, a research of the picking technologies Pick-to-Light and Pick-to-Voice have been made to investigate when each technology is suited.In order to collect relevant information and data to be able to answer the question formulation, a qualitative study with interviews have been made. The purpose of this essay was to investigate Pick-to-Light and Pick-to-Voice to see when each technology is best suited and to see what the differences between the technologies are. With our essay we wanted to help manufacturing companies to make the right decisions when implementing a picking technology.The results showed that those picking technologies give companies a higher picking quality and an increased work efficiency since the order picking is faster to perform, and that picking errors are reduced.

This paper analyzes the Swedish labor market during the interwar and early postwar period within the framework of modern labor market theory. The development of unemployment during this period - according to the commonly cited source of labor union reports - represents a conundrum for research. The unemployment rate rose after the initial diverse shock of 1921 and stayed at a permanently higher level for the rest of the interwar period. This development was reversed after World War Two when the unemployment rate decreased and stayed permanently low for the rest of the postwar period until the oil price chock of the 1970s.In a first step the available sources of unemployment statistics is investigated and compared. The general conclusion is that the labor union reports overestimate the level of economy wide unemployment while being a reasonably good indicator of movements in the rate.

Background: Once upon a time the most important resources in an economy were tangible goods. Historically, Swedish company culture has been dominated by engineering and techni-cal innovation has been the focal point. Today, Intangible values drive product development and form a company?s differentiation. Intangibles have therefore become the most prominent resources in a company.