| Technical data sheets: |
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| PS 164 - PORTABLE ALL POSITION ORBITAL TUBE WELDING POWER SOURCE |
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| COMPACT FLASH CARD MANAGER FOR REAL TIME DATA ACQUISITION AND PC OFF-LINE PROGRAMMING |
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| Market brochures: |
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| Semiconductor Biochemistry Instrumentation |
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| Food and Beverage / Pharmaceutical - Chemical - Sanitary industry |
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| Aeronautics / Aerospace / Defence |
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| Thermal transfer equipment / Heat exchangers |
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| Small, medium and large series part assembly |
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| Orbital welding application sheets: |
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| Welding of flanges to tubes and tubes to extruded collectors - GTAW/TIG cold wire |
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| Closed chamber welding head for restricted access - GTAW/TIG |
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| Fixed station closed chamber welding head for aeronautic assembly - GTAW/TIG |
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| Press reviews: |
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| Definox |
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| CMI |
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| GTI |
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| Schrader |
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| Idroinox |
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| Krones |
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| Polysoude products : "3 in 1" |
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| Technical work reports: |
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| English |
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| “Influence of residual oxygen on the welding result“ J. Vagn Hansen |
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| “Requirements on orbital welding equipment in the semiconductor industry“ G. Naughton |
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| “Pharmaceutical application of autogenous welding” J. Manfredi |
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| “Tube preparation and sanitary requirement standards for semiconductor, bio-tech and pharmaceutical industries“ T. Mehalko |
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| “High purity stainless steels for welding installed fluid systems” T.-E. Volin |
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| “Welding stainless steel to meet hygienic requirements“ Dr. Godwin |
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| “General overview of contamination problems in industrial production – defects encountered in practice” A. Lavergne |
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| “Contamination factors and their influence in microchip production” Dr. Wendt |
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| “Control of contamination and major factors of influence to the final product in aerospace industry” Dr. Krüger |
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| “Control of contamination and major factors of influence to the final product in pharmaceutical industry“ B. Gaffet |
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| “Control of contamination and major factors of influence to the final product in food and dairy industry“ M. Duke |
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| “International standardization for quality assurance in industrial piping construction” H. Mau |
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| “Orbital welding as the best choice for the joining of tubing systems” T. Kahr |
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| “Low manganese 316 L type stainless steel for UHP tubing” G. Gustafsson |
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| “Interior surface conditioning to increase service life” J.-C. Tverberg |
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| “Back purging for welding of stainless steel pipes” Dr. Farwer |
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| “Quality management in stainless steel tubing – Endoscopy as a tool to ensure best welding results” A. Mokross / Th. Weinberger |
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| “Inner bore surface roughness of small-bore tubing (SS316L)“ Dr. Richardson |
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| “Influence of the welding schielding gases on the quality of the welds“ N. Larson |
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| “Microbiologically influenced corrosion of stainless steel“ Dr. Titz |
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| French |
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| “Conception et réalisation de tuyauteries en agroalimentaire, pharmacie et cosmétologie“ G. Bruyas |
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| German |
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| “Einfluß des Delta-Ferrit-Gehaltes auf das Korrosionsverhalten“ Dr. Morach |
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| “Edelstahllegierungs-Bestandteile und Verunreinigungen als Einflußgröße auf die Qualität der Orbitalschweißnaht“ K.D. Fiebig |
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| “Sensible Edelstahl-Rohrleitungssysteme im Reinstgasebereich und in anspruchsvollen Pharma- / Biotechniksystemen“ Dr.-Ing Henkel |
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| “Zentrale Versorgungseinrichtungen für Bulk- und Reaktivgase für die Elektronik-industrie“ K.-P. Czeka |
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| “Schweißen und Verarbeiten von Rohren der Sterilrohrklasse – Analyse von Schadensfällen“ B. Poweleit |
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| “Qualitätskriterien zur Sicherung der Schweißergebnisse im Rohrleitungsbau“ U. Schlechter |
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| “Mikrobiologisch beeinflußte Korrosion von rostfreiem Stahl” Dr. Titz |
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| “Trends der Mikroelektronik und deren Auswirkungen auf die Halbleiterindustrie“ Dr. Hillig |
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Orbital welding - Power sources: PS 164
