The objective of this thesis is to map the resources and methods used at the department OPPC, at AstraZeneca, and derived from that give suggestions on possible solutions that will increase their productivity.Mapping of the product flow, as well as gathering of process data, has mainly been done using observations, but consultation with the process technicians has also played a great role. Further have theoretical methods been used, based on literature studies, within the areas of Lean production and statistics.The work has incrementally gone forward since the steps taken has been restricted by the irregularity of production which led to the need of creating a fictive production flow. This has affected the lead-time calculations in the way that they are meant to give an indication, rather than an absolute truth, on how different methods described shall be used.The current state analysis showed multiple areas of improvement when defining capacity as value adding time in relation to total throughput time. Using the "standard scenario" as a basis showed that the actual production flow only constituted 50% of the total project time. Further it showed that the workflow contained more non-value adding activities than value adding activities, which is a result of how the work is distributed within the department as well as in the different projects.

This report is the result of a thesis at the company Sanmina in O?rnsko?ldsvik. The thesis is the final work at the mechanical engineering program at Umea? University.Sanmina has in 2015 launched an initiative to ensure that all sites are using LEAN principles and tools to enhance their business. As part of the plan for the LEAN-work, an LSS (Lean Six Sigma)-project has started to study the company's receivehall and inspection.

Denna kandidatuppsats baseras på en fallstudie om hur styrningsmodellen Lean har implementeras på OKQ8:s stationer. Studien ämnar vidare undersöka vilka faktorer som påverkar utfallet samt undersöka hur Lean har påverkat effektiviteten på stationerna. För att besvara detta har intervjuer genomförts med personal på OKQ8. Studien analyserar hur faktorer så som stress, arbetskraftsflexibilitet och delaktighet har påverkat utfallet av implementeringen. Vidare har även nyckeltal använts för att analysera om Lean har lett till att organisationen har blivit mer effektiv.

Problem: How is Lean, a production-focused model being applied to non-productive focused industries.Purpose: To examine how Lean has been applied to the department of Turbuhaler-Kvalitetskontroll and which parts have been successfully applied.Problem statement: How does the implementation of Lean?s basic concept, which originated in the car industry, differentiate itself from the implementation of Lean in the pharmaceutical industry, in this case the department of Turbuhaler-Kvalitetskontroll at AstraZeneca.Conclusions: The department has had success in its implementation of lean. They have developed and modified the basic concept in order to apply it and excluded the parts they did not consider necessary. Through their work they have accomplished numerous improvements in, among other things, the reduction of lead time. .

Detta arbete beskriver en elektrisk pulsgenerator, dess konstruktion och ingående komponenter.Särskild uppmärksamhet ägnas åt det triggade gnistgapet och triggpulsgeneratorn. Gnistgapetskonstruktion beskrivs. En SPICE-modell utvecklas för gnistgapets urladdningskanal.Urladdningskanalens egenskaper simuleras. Simulerad och fotograferad kanalradie jämförs.Några genomförda försök beskrivs kort, däribland det katastrofala och avslutande försöket. Detavslutande försöket analyseras.

Emhart Glass is the world?s leading manufacturer of equipment, controls and components to the glass container industry. The goal of this project has been to identify improvements and propose cost saving solutions when moving one of Emhart Glass work cells in Sundsvall. The changes shall result in improved work environment and increased product quality. The method contains value stream mapping, concept selection and P-FMEA and complies with Emhart Glass goal to become a more Lean focused business.

The purpose of this thesis is to discuss how an instrument originally developed for measuring changes toward lean thinking inservice organizations in general should be adjusted in order to be of use in service organizations within the healthcare sector, andin hospital organizations in specific. The adjustments are suggested based on difficulties specifically arising when implementinglean within the healthcare sector.Thesis starting point is a pre-existing lean assessment instrument developed for service organizations in general. The thesis appliesa qualitative method and integrates literature from the health care sector and lean production movement with the expertise of tenacademics and practitioners in order to find difficulties associated with the implementation of lean within the healthcare sector.These difficulties then lie as the substratum for the adjustments suggested to be made on the instrument.The thesis finds that lean, as a philosophy, does not differ between service organizations in general and service organizationswithin healthcare settings. However, due to deficits in the general understanding of lean some adaptions on the instrument mustbe made. First, some words associated with production must be changed to words associated with healthcare.

This thesis has been done at the powder department (GH) at AB Sandvik Coromant in Gimo. With a rheometer measurements has been made on raw materials and powder blends. The focus of this report has been to find correlations between raw material powders and press data, comparisons have also been made between raw materials and powder blends.The rheometer can show information of how a powder act in flow conditions, together with air and with pressure. Analyses has been done comparing the rheometer data with press parameters (for example: rejected orders, weight variations and the compaction pressure) with the goal to find correlations between the powders flow properties and the powders compaction in production.The measurements and analyses have been showing that the powder flow properties depends on the powders composition and that properties like flow rate, aeration and permeability varies between powder blends and batches of the same powder sort. It seems to exist a correlation between the pressure force and the flow rate of a raw material.

Ala sawmill in Ljusne, Hälsingland, has increased its flow through the sawing plant during the last couple of years. The problem now is the sorting plant, as this part of the mill is now slower than the rest. A close analysis of the sorting plant was therefore necessary to be able to increase the flow through. The aim of the project was to find solutions that can lessen downtime and increase flow. The goal was to increase the flow from 650 to 925 logs through the sorting plant per hour.

Like many small-time companies there is a need to improve the flow of materials at HSP-Gripen AB. The company develops and manufactures hydraulic-powered grapples for the machine- and forest industry. By mapping the material flow in the current production and gathering necessary data, suggestions on how different parts of the production could be controlled is presented in this dissertation. This has been achieved by the study of relevant scientific literature. The suggested ways of controlling the production consist of 2-bin systems, hybrid material flow system as well as a cyclic product-planning.

This thesis has been done at the powder department (GH) at AB Sandvik Coromant in Gimo. With a rheometer measurements has been made on raw materials and powder blends. The focus of this report has been to find correlations between raw material powders and press data, comparisons have also been made between raw materials and powder blends.The rheometer can show information of how a powder act in flow conditions, together with air and with pressure. Analyses has been done comparing the rheometer data with press parameters (for example: rejected orders, weight variations and the compaction pressure) with the goal to find correlations between the powders flow properties and the powders compaction in production.The measurements and analyses have been showing that the powder flow properties depends on the powders composition and that properties like flow rate, aeration and permeability varies between powder blends and batches of the same powder sort. It seems to exist a correlation between the pressure force and the flow rate of a raw material.

The aim of this case study was to investigate the role of leadership and interpersonal relations among staff during implementation of lean at a University Hospital in Sweden. The 15 respondents were leaders and staff members from different wards and clinics, who had started working according to lean principles. One of the methods used was explorative, low structured interviews. Other methods used for gathering information about the case was attending lectures about lean healthcare at the hospital, part-taking in the lean game and reading articles about lean and the implementation in both daily press and on the intranet of the hospital. The results showed that an open and accessible leader that coaches his/her staff and supports their work, helps the staff to develop a lean identity.

In an ever more competitive environment Sandvik Materials Technology,SMT, runs a large-scale program to improve their processes for product development.The purpose with the program is to increase the company?s profitability by increasingthe number of new products in their product portfolio. The strategies SMT is usingfor reaching their goals are to change the way they work with product development byreducing lead time and learning how to prioritize products with the highestprofitability. In the R & D Department the work of improvement pursue by adaptingLean R & D to their way of working. Lean R & D encourages working withcontinuous improvements and eliminating waste.The main purpose for this Master?s Thesis is to develop didactic support to make iteasier to implement Lean in SMT R & D department.

Part 1 of 2  ? Lean philosophy ? five steps to get the workplace in order?Part one deals with the theory of what Lean and 5S are.Lean is a long-term approach that involves a quest to become the best on the market by increasing employee engagement, eliminate waste and focus on the right things.5S is a method of order in a system. Businesses around the world are using these 5S which stands for sort, straighten, shine, standardize and sustain. Part 2 of 2 ? Lean philosophy ? five steps to get the workplace in order?Part 2 deals with the practical about 5S and a short summery about the company Wibax AB where the degree thesis took place.Wibax has a a project which involves using 5S in practice and create order in the in preparation lab and in the control room.By finding a solution to this mess reduces the time that was previously spent on searching equipment. Instead of search, the workers can do the real work..

This examination work is performed at the institution of industrial economy and production at Jonkoping technical university, for JELD-WEN Door Solutions plant in Forserum.Today the focus in the company is on to reduce their inventories binding of capitals as well as inventory of products and that includes to get a good control of the supply and handling of material which is of great importance.JELD-WEN Door Solutions is one of the worlds leading producers of windows and doors and the head-office is located in Oregon, USA.A great number of wooden doors are manufactured by the company in varying of constructions, classifications and performance.The production of the plant in Forserum has a project- and customer focus manufacturing where only internal doors are produced. The overall market they are concentrated on is to different institution such as schools, hospitals etc.The purpose of this work is to investigate possibilities to improvement of material- and production control at JELD-WEN. The report will handle the master production schedule to and from the production divisions within manufacturing industry. Focus will be on the way for information- and material flows from arrival, transport within the company and further on to customers.Further a map of the flow was performed which gave a clearer picture of the connection between the flow of information- and material for the manufacturing process. On the basis of the mapping of the flow, the group discovered that the flow of material had some improvement potential.