Annual Report 2012 Key Figures Oerlikon Group 2012 (In CHF Million)
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Auto Components
AUTO COMPONENTS For updated information, please visit www.ibef.org November 2017 Table of Content Executive Summary……………….….…….3 Advantage India…………………..….……..4 Market Overview…………………………....6 Porters Five Forces Framework…...….….12 Recent Trends and Strategies……....……13 Growth Drivers...………………………......16 Opportunities…………….……….......……19 Investments and Developments........….…23 Policies and Initiatives………….........……27 Key Players…………..………….........……29 Case Studies……….……….......………....32 ACMA Award Winners……….……….......37 Useful Information……….……….......…...40 EXECUTIVE SUMMARY . Over the last decade, the automotive components industry has registered a CAGR of 14 per cent and has Robust growth scaled three times to US$ 43.5 billion in 2016-17 while exports have grown at a CAGR of 14 per cent to US$ 10.9 billion. The growth of global OEM sourcing from India & the increased indigenisation of global OEMs is turning the Rising indigenisation country into a preferable designing and manufacturing base. The Indian auto-components industry is expected to register a turnover of US$ 100 billion by 2020 backed by Increasing turnover strong exports ranging between US$ 80-100 billion by 2026. Contribution to GDP and . The auto-components industry accounts for almost seven per cent of India’s Gross Domestic Product (GDP) employment and employs as many as 19 million people. Growing automobile . India is expected to become the 4th largest automobiles producer globally by 2020 after China, US & Japan. industry The auto components industry is also expected to become the 3rd largest in the world by 2025. Among top steel . In 2016, India overtook Japan to become the 2nd largest producer of stainless steel in the world. Also, it is one producers of the lowest cost stainless steel producers in the world. -
Vacuum Instrumentation and Components
Visionary sensor technology Vacuum Instrumentation and Components The one stop shop for SEMI applications Product Overview CVD PVD ALD Oxidation/Gate Dielectrics EPI Crystal Pulling Ion Implanting Lithography Etch RTP Back end processing PROCESS PRESSURE CONTROL PROCESS PRESSURE CONTROL SYSTEM PRESSURE CONTROL PROCESS PRESSURE CONTROL PROCESS PRESSURE CONTROL • Capacitance Family • Capacitance Family • Capacitance/Pirani/Hot Ion/Cold Cathode Family • Capacitance Family • Capacitance/Pirani Family • Fittings SYSTEM PRESSURE CONTROL SYSTEM PRESSURE CONTROL SYSTEM PRESSURE CONTROL SYSTEM PRESSURE CONTROL • Capacitance/Pirani Family • Cold Cathode/Pirani Family • Capacitance/Pirani/Hot Ion/Cold Cathode Family • Capacitance/Pirani/Hot Ion/Cold Cathode Family INFICON VACUUM GAUGES AND COMPONENTS AT A GLANCE • Fittings • Fittings • Fittings • Fittings • Heated Components • Highy accurate pressure measurement instrumentation • Wide range combination gauges • Large variety of high quality vacuum fittings CAPACITANCE DIAPHRAGM GAUGEE STRIPE EDGE GEMINI PIRANI CAPACITANCE HEATED PORTER SKY SKY HEATED CDG045Dhs – CDG045D2, CUBE COLD CATHODE GAUGE COMBINATION GAUGE PIRANI HOT ION GAUGE COMPONENTS CDG020D CDG025D CDG045D –CDG200D CDG200Dhs CDG100D2 CDGsci MAG500, MPG500 PCG55x PSG5xx BPG, BCG, HPG FITTINGS AND ASSEMBLIESES • More gauge • Unprecedented • Excellent long term • Faster than 1 ms • Smallest instrument • True high precision • Long lifetime in harsh • Double sensor technology • Stainless steel • Triple sensor technology • Competitively priced -
Leak Detection 2016 CATALOG
Leak Detection 2016 CATALOG Contents General Applications ................................................................ 3 Products T-Guard.................................................................... 4 LDS3000................................................................... 6 Modul1000 ................................................................. 8 Calibrated Leaks for System Applications........................................ 10 Pernicka 700H ............................................................. 12 UL1000................................................................... 14 UL1000 Fab ............................................................... 16 UL5000................................................................... 18 Accessories for Vacuum Leak Detectors ........................................ 20 Connection Components ..................................................... 22 Calibrated Leaks for Vacuum Applications ....................................... 23 Protec P3000 (XL) . 24 Ecotec E3000 .............................................................. 26 Ecotec E3000A............................................................. 28 HLD6000 ................................................................. 30 Calibrated Test Leaks for Sniffer Applications .................................... 32 IRwin .................................................................... 34 Contura S400 .............................................................. 36 Sensistor Sentrac.......................................................... -
Masteruninauto Broch2010.Pdf
2 3 introduction presentazione The need of a solid technical-scientific La domanda crescente di formazione di matrice perfect synergy between the University le realtà industriali di grande rilevanza nazionale base knowledge to meet the automotive accademica mirata a fornire una solida preparazione and the automotive industry allows to ed internazionale che a vario titolo (finanziamenti, industry requirements in terms of design tecnico - scientifica per gli aspetti di innovazione continuously adequate the educational offerta di stage, docenza etc.) hanno supportato and product/process innovation is the program to the industry needs both e progettazione di prodotto e di processo nel l’iniziativa. La perfetta sinergia tra Università e objective of the Uninauto Master Degree in terms of technical engineers a second level Automotive Engineering settore automotive, in linea con le esigenze del competence and of productive capacity. aziende sostenitrici rende possibile, infatti, adeguare Master. The Engineering Faculty of mercato di riferimento, rappresenta la motivazione In short, this process produces a il taglio ed i contenuti degli insegnamenti alle the University of Naples Federico II sottostante l’istituzione del Master Uninauto - valuable contribution to the growth esigenze più attuali del comparto automobilistico, by appointment of he Department of Master Universitario in Ingegneria dell’Autoveicolo of this industrial segment within an offrendo un importante contributo allo sviluppo Mechanics and Energetic and with di II livello. Partendo da questa premessa, la advanced and mature technological industriale del settore in termini di competenze e the support of the University and Facoltà di Ingegneria dell’Università degli Studi di sector which has to face the challenges capacità produttive. -
RC1000 English.Book
OPERATING INSTRUCTION lina15e1-d (1202) Catalog No.: 551-010 551-015 from software version V1.4 RC1000 Remote control for leak test equipment Imprint INFICON GmbH Bonner Straße 498 50968 Köln Germany Copyright© 2011 INFICON GmbH, Cologne. This document may not be reproduced in any form without the permission of INFICON GmbH, Cologne. 2 Content 1 Operating instructions 5 1.1 How to use this manual 5 1.2 Warning and danger symbols 5 1.3 Glossary 6 2 Important safety instructions 7 2.1 Intended use 7 2.2 User requirements 7 2.3 Restrictions of use 8 2.4 Hazards in the event of intended use 8 3 Description of the RC1000 13 3.1 Use 13 3.2 Operating Elements 14 3.3 Back of the RC1000 16 3.4 Supplied equipment 17 4 Installation 18 4.1 Connection to the leak detector 18 4.2 Connecting radio transmitter and leak detector 19 4.3 Inputs and outputs 20 4.4 Wall plug-in power supply 22 5 Operating the remote control 24 5.1 Starting up the RC1000 24 5.2 Touch display operation 25 5.3 Main menu for configuration 27 5.3.1 Buttons with basic functions 28 5.3.2 Connecting / disconnecting (RC1000WL) 29 5.3.3 Setting the trigger level 30 5.3.4 Scale: scaling of the leak-rate curve 31 5.3.5 Sound volume 33 5.3.6 Recorder 34 5.3.7 Info: device information 36 5.3.8 Miscellaneous 37 5.3.8.1 Language selection: 37 Content 3 5.3.8.2 Energy-saving options (RC1000WL) 38 5.3.8.3 Set Time and Date 39 5.4 Operating the leak detector 40 5.5 Paging function 42 6 Maintenance tasks 43 6.1 Spare parts 43 6.2 Maintenance 43 6.3 Cleaning 44 7 Transport and disposal 45 7.1 Transporting 45 7.2 Disposal 45 8 Technical Data 46 8.1 Weight / dimensions 46 8.2 Characteristics 46 8.3 Environmental Conditions 47 8.4 Mains power for wall plug-in power supply 47 8.5 Wireless permits of RC1000WL 47 9 Ordering information 48 10 Declaration of conformity 48 11 Worldwide service centres 51 Index 56 4 Content 1 Operating instructions 1.1 How to use this manual • Please read this manual before commissioning the wireless RC1000WL or the wire-bound RC1000C remote control. -
INFICON 2020Combopro.Pdf
Exceptionally Simple – Intrinsically Safe 2020ComboPRO™ Portable Photoionization Detector Portable Photoionization Detector for VOC measurement The INFICON 2020ComboPRO portable photoionization SMALL ENOUGH TO TAKE ANYWHERE detector (PID) provides versatility for overall volatile organic The instrument weighs a mere 1.9 lb., and is small enough to compound (VOC) monitoring in environmental, emergency carry and operate with one hand. Despite its small size, the response and industrial hygiene applications. Designed with 2020ComboPRO is equipped with a large graphical display field professionals in mind, the 2020ComboPRO is small, that is easy to read, even when wearing a full-face respirator. lightweight, and easy to use. The large keypad buttons are easily accessed even with heavy hazmat gloves. WHEN RAPID RESULTS ARE VITAL HazMat and emergency response teams require portable, PROVEN PID TECHNOLOGY reliable instruments to quickly characterize spills and COUPLED WITH FLEXIBILITY contaminated sites. The 2020ComboPRO provides sample The 2020ComboPRO represents the newest advancement in analysis and results in less than three seconds. Rapid results volatile organic compound (VOC) measurement coupled with are vital to responder safety to determine the level of personal operational simplicity. It measures a wide variety of chemicals protective equipment (PPE) required, and the appropriate for environmental, industrial hygiene, and emergency response clean-up actions. Fast evaluation of the contamination present applications. The 2020ComboPRO can monitor a broad range is also crucial to determine the hazard to the surrounding of compounds with the 10.6 eV lamp or the optional 11.7 eV community and to establish a safety perimeter around the site. lamp. Plus, with a quick connect pre-filter tube assembly, it can measure benzene, a critical compound to identify in SAFE ENOUGH FOR EVEN THE MOST many environmental and industrial monitoring activities. -
List of Section 13F Securities
List of Section 13F Securities 1st Quarter FY 2004 Copyright (c) 2004 American Bankers Association. CUSIP Numbers and descriptions are used with permission by Standard & Poors CUSIP Service Bureau, a division of The McGraw-Hill Companies, Inc. All rights reserved. No redistribution without permission from Standard & Poors CUSIP Service Bureau. Standard & Poors CUSIP Service Bureau does not guarantee the accuracy or completeness of the CUSIP Numbers and standard descriptions included herein and neither the American Bankers Association nor Standard & Poor's CUSIP Service Bureau shall be responsible for any errors, omissions or damages arising out of the use of such information. U.S. Securities and Exchange Commission OFFICIAL LIST OF SECTION 13(f) SECURITIES USER INFORMATION SHEET General This list of “Section 13(f) securities” as defined by Rule 13f-1(c) [17 CFR 240.13f-1(c)] is made available to the public pursuant to Section13 (f) (3) of the Securities Exchange Act of 1934 [15 USC 78m(f) (3)]. It is made available for use in the preparation of reports filed with the Securities and Exhange Commission pursuant to Rule 13f-1 [17 CFR 240.13f-1] under Section 13(f) of the Securities Exchange Act of 1934. An updated list is published on a quarterly basis. This list is current as of March 15, 2004, and may be relied on by institutional investment managers filing Form 13F reports for the calendar quarter ending March 31, 2004. Institutional investment managers should report holdings--number of shares and fair market value--as of the last day of the calendar quarter as required by Section 13(f)(1) and Rule 13f-1 thereunder. -
The Case of CNH Industrial
POLITECNICO DI TORINO Collegio di Ingegneria Gestionale Corso di Laurea Magistrale in Engineering and Management Tesi di Laurea Magistrale The multinational enterprise and the localization of its functions: the case of CNH Industrial Relatore prof. Luigi Benfratello Candidato Alessandro Daparma A.A. 2017-2018 TABLE OF CONTENTS TABLE OF FIGURES ................................................................................................................. 4 INTRODUCTION ...................................................................................................................... 7 1 THE MULTINATIONAL ENTERPRISE ................................................................................. 9 1.1 What is a multinational enterprise and how it can be measured .......................... 9 1.2 Multinational enterprise through history ............................................................. 10 1.2.1 Precursors of the multinational enterprise ................................................... 10 1.2.2 Birth of the modern multinational enterprise ............................................... 11 1.3 Why do firms become multinational: the types of FDI ......................................... 14 1.3.1 Dunning’s taxonomy of FDI............................................................................ 14 1.3.2 Other taxonomies .......................................................................................... 16 1.4 Impact of the multinational enterprise: the effects of FDI ................................... 17 1.4.1 Host-country -
Inficon Announces Matthias Troendle As New Cfo Zurich
Corporate Contact European Contact Betty Ann Kram Bernhard Schweizer Director of Global Communications sensus PR GmbH +1.315.434.1122 +41.43.366.5511 [email protected] [email protected] INFICON ANNOUNCES MATTHIAS TROENDLE AS NEW CFO ZURICH, Switzerland/SYRACUSE, New York — June 23, 2008 —INFICON (SWX Swiss Exchange: IFCN), a leading provider worldwide of instrumentation and process control software for advanced industrial vacuum processes, today announced the appointment of Matthias Troendle as Chief Financial Officer, beginning September 1, 2008. Mr. Troendle succeeds Peter G. Maier, who accepted the position of President, Intelligent Sensor Solutions Business Unit, last December and continues to serve as CFO until August 31, 2008. Matthias Troendle is a German citizen born in 1960. He studied finance and materials management at the Berufsakademie Mannheim and holds a bachelor’s degree in economics. From November 1995 until today, Mr. Troendle held several positions within Solectron Corporation (sales: BUSD 11, employees: 50,000) serving as Senior Director Finance Europe since June 2003. Between July 1988 and October 1995, he worked for Hewlett Packard GmbH in Böblingen, Germany, in various positions within the main finance department. Earlier in his career, Mr. Troendle worked for Digital Equipment Corporation (DEC) in Stuttgart, Germany, as Financial Analyst. ### ABOUT INFICON INFICON is a leading, provider of innovative instrumentation, critical sensor technologies, and advanced process control software that enhance productivity and quality in sophisticated industrial vacuum processes. These analysis, measurement and control products are essential for gas leak detection in air conditioning/refrigeration manufacturing and vital to original equipment manufacturers (OEMs) and end-users in the complex manufacturing of semiconductors, flat panel displays, magnetic and optical storage media, and precision optics. -
AMT the Conventional Driveline Robotized
AMT The conventional driveline robotized Technical features - fully electro-mechanical system - performances comparable with the top of known state of the art - very clean arrangement of components - very light and compact design - very low system cost GRAZIANO Trasmissioni SpA Via Cumiana 14 - 10090 Cascine Vica Rivoli (Turin-Italy) Phone +39.011.9570.1 - Fax +39.011.9570240 www.oerlikon.com [email protected] www.grazianotrasmissioni.it GT-ME1 Transaxle for Specialist Manufacturers Project: Mid-engine transaxle “GT-ME1” Technical features: Housing design optimized to allow application adaptability (transmission mounting point, and engine interface features) In addition to the mid-engine version, a front-engine rear transaxle version is also available Six speed manual, with AMT as a possible option Torque rating of 750 Nm (560lb ft) or more, depending on the car weight Triple cone synchros on 1st and 2nd gears, and double cone synchros on 3rd through 6th Integrated diamond plate feature (built in H gate) to ensure smooth shiftability Limited slip differential with choice of locking ratios to tune car performance Choice of final drive ratios available Pressure fed internal lubrication, and oil cooling is guaranteed through a built-in gerotor oil pump: excellent oil circulation is guaranteed at all times, and in all driving conditions Low weight: approx 80 Kg (dry weight) GRAZIANO Trasmissioni SpA Via Cumiana 14 - 10090 Cascine Vica Rivoli (Turin-Italy) Phone +39.011.9570.1 - Fax +39.011.9570240 www.oerlikon.com [email protected] -
UL1000 Fab Mobile Helium Leak Detector ULTRATEST® Sensor Technology
UL1000 Fab Mobile Helium Leak Detector ULTRATEST® Sensor Technology The “Dry” Standard for Vacuum Leak Checking The “dry” standard for vacuum leak testing The INFICON UL1000 Fab Helium Leak Detector is the renowned TYPICAL APPLICATIONS standard when it comes to economic n Industrial vacuum equipment helium vacuum leak testing in manufacturing with high demand for cleanliness industrial or semiconductor environments. n Vacuum components or sub- assemblies before they are Potential contamination of the tested installed in existing tools parts or equipment by carbon- hydrogen compounds or particles is n Maintenance work on vacuum eliminated through the instrument’s dry tools, with or without support from pump technology. The UL1000 Fab their own pump provides the best compromise between n Inspections and installations of high performance, unparalleled process gas systems robustness, and affordability. It provides state-of-the-art detection limits of n Semiconductor, flat panel display or solar cell manufacturing 10-12 mbar·l/s combined with reasonable short pump down and response time. The compact design provides high maneuverability allowing easy access to maintenance areas with restricted space. The selectable background suppression (I·ZERO) enables continuous leak testing within at least two decades lower than existing background levels. All features enable you to shorten the time of your leak testing efforts while assuring that all leaks can be identified at an economic scale. ADVANTAGES AT A GLANCE n Minimize leak testing efforts n Enable -
Stripetm Cdg045dhs, Cdg100dhs, Cdg160dhs, Cdg200dhs High Speed Vacuum Gauge
Visionary Sensor Technology StripeTM CDG045Dhs, CDG100Dhs, CDG160Dhs, CDG200Dhs High Speed Vacuum Gauge Smart Inside – Fast Outside CDG working principle Advanced heating concept Flexible integration fast readout Higher productivity Standard Stripe Direct pressure measurement • Temperature stabilized at ± 0.1°C Stripe CDG045Dhs, CDG100Dhs, by diaphragm p • Innovative insulation material - touchable surface at 200°C ΔCΔC Δd ~ p p 60°C - small footprint CDG160Dhs, CDG200Dhs Vacuum Gauge Capacitance readout • Immune to ambient environment Δd • SEMI S2 compliant 1 200°C ~ p • Excellent temperature stability ΔC p • Low power consumption • Fast warm up Settling time p Electrode Diaphragm p = pressure dead time Fully ceramic sensor Enabling process innovation Bonded ceramic structure combined with digital signal processing provides superior measurement performance. Si Standard Stripe Increased layer quality Process pressure settling time INFICON Stripe high-speed Capacitance Diaphragm Gauges are the fastest, highly accurate vacuum measurement instru- ments available. With a less than 1ms response time combined with the EtherCAT fieldbus interface it opens up a total new field of applications. The proven temperature controlled, corrosion resistant, ultra-pure ceramic sensor provides superior Gauge protection for increased lifetime Any mounting orientation Low noise /Advanced Pressure Control span stability over many years paired with state-of-the-art zero stability. Stripe Standard Level 1 Baffle U U Stripe comes with the INFICON patented unique sensor shield which protects the gauge from undesired process by-products. Stops coating, particles INFICON Stripe using an innovative heating concept, which provides a cool to the touch surface, and its unique speed Level 2 Heater capabilities, enabling an unprecedented productivity increase, making it the most advanced vacuum instrument of its kind.