Products & Services
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Supplier: KLA-Tencor Corporation
Description: based on defect count Enables defect signature monitoring by zone, by associating SSA classes (e.g. ring, radial, scratch, line) with pre-defined areas of the wafer (e.g. edge) Allows flexible signature root-cause analysis through dynamic SSA - an ad-hoc spatial signature analysis which allows
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Supplier: Acuren
Description: We evaluate, maintain, and (if necessary) redesign equipment for reliable service. Our expertise in vibration control allows us to quickly and accurately get to the root cause and recommend the best solution. + Equipment maintenance plans + PM and PDM evaluation and optimization + Root cause
- Capabilities: Condition Monitoring, Consulting / Training, Data Acquisition / Instrumentation, Field Evaluation / On-site Inspection, In-process / In-line Testing, Predictive Analysis / Maintenance, Preventive / Corrective Maintenance, Test Development, Test Fixtures / Equipment, Specialty / Other
- Materials: Facilities / Structures, Capital Equipment, Components / Parts
- Services: Alignment, Balancing, Corrosion Testing / Inspection, Dimensional Gaging / Metrology, Failure Analysis / Troubleshooting, Leak / Seal, Load / Capacity Testing, Mechanical / Structural (Statics), NDT / Inspection, Oil Analysis / Fluids Testing, Reliability / Robustness, Thermal Imaging
- Laser / Non-contact: Yes
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Description: , Frame Ventilation Accessories. This guide is intended for use by personnel at the facility or corporate office responsible for the operation and maintenance of large induction machines. It is a guide to aid the thought processes and procedures necessary to determine root causes for failures.
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Supplier: IPI Solutions Ltd.
Description: a ‘prevention-based’ approach and allows you to target the root cause of problems, helping you reduce opportunities for error within the process or product you are producing. Have you heard of ‘Murphys law’, It is an old adage that is typically stated as: “Anything
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Supplier: Cambridge Polymer Group, Inc.
Description: testing Root Cause Analysis Chemical structure of material Phase transitions Thermal or mechanical degradation Structure-property correlation Prediction and optimization of processing conditions
- Capabilities: Assays / Quantitative, Cleanliness Monitoring / Testing, Deformulation / Reverse Engineering, Failure Analysis, Quality / Purity (Contamination - Alloys, Polymers, etc.), Report Preparation, Standards Testing / Certification, Umpire Testing, Other
- Materials: Adhesives / Sealants, Coatings, Cosmetics (Creams, Sunblocks, etc.), Plastic / Rubber, Polymers / Organics, Powders, Textiles, Wafers / Surfaces, Other
- Test Methods: Microscopy, Thermal Analysis, UV / Vis Spectroscopy, Wet Chemical Analysis
- Test / Certify To: ASTM, NIST, OEM Specific
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Supplier: SAE International
Description: Root Cause Analysis and Problem Solving SAE Standards for Works In Progress WIP - Not available for purchase at this time. Document Number: ARP9136 Project Number: 64 Project Initiation: November 2008 Revision Number: Title: Root Cause Analysis and Problem Solving Issuing Committee: G-14 Americas
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Featured Products for Root Cause Analysis Top
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GPAllied
R5 Cause Analysis Training
September 11 - 13. This course is designed to teach the attendees how to use process driven root cause analysis, and includes some of the most popular and useful problem solving techniques available. The attendee will leave this workshop solving problems faster and with more confidence in their solutions. (read more)
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ANALYZE Inc.
Failure Analyses...Medical Devices
ANALYZE has implemented a time-tested approach to failure and root causes analyses. While the causes of product failure are varied, the problem solving process by which they are identified and understood is a series of well-defined steps: Discovery or Information Gathering. Define Problem. Establish Hypotheses to Explain Real Life Observations. Design an Experimental Approach to Acquire Missing Information. Test Hypotheses to Narrow Focus on Most Likely Cause(s). Communication and Feedback... (read more)
Browse Research and Development Services Datasheets for ANALYZE Inc. -
Element Materials Technology
Failure Analysis
Element Materials Technology maintains a network of full-service testing facilities that are staffed and equipped to provide rapid, cost-effective root cause failure analysis and reporting. Failure analysis studies cover a wide variety of investigations, including: Corrosion Testing, Consulting, and Analyses/Studies. Fatigue Testing. Materials Selection. Welding Engineering and Weld Failure Analysis Studies. Product Design Evaluation. Fractography Services. Reverse Engineering and Deformulation... (read more)
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Cambridge Polymer Group, Inc.
Micromorphology analysis at CPG
are a full-service, ISO 9001 certified CRO. Analytical Testing. ASTM/ISO Standards. Services. Consultation. Analytical Testing. Root Cause Analysis. Custom Instrumentation Design. Instruments. Materials. Research Areas. Contact Us. ... (read more)
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M+P Labs
Materials Testing & Analysis – Vascular Implants
Our SinglePoint lab offers a wide array of analytical techniques ranging from molecular analysis to bulk material characterization to help you quickly characterize materials, gain regulatory approval, troubleshoot failures and develop new products. Our materials experts join forces to perform root cause analysis, and research and development on metals, polymers, coatings, glasses, bioceramics, multi-substituted hydroxyapatite and inorganic controlled-release technologies. We... (read more)
Browse Product and Component Testing Services Datasheets for M+P Labs -
M+P Labs
Failure Analysis of Bearings
M+P Labs applies a wide range of material characterization techniques combined with years of experience evaluating rotating equipment components for the power generation and aerospace industries to identify the root causes of premature bearing failure. M+P identifies the root causes of defects such as: Corrosion. Electrical arcing. Fracture. Over heating. Rolling contact fatigue/excessive loading. Potential defects include: Cracks. Inclusions. Loss of babbit. Noisy bearing. Pits/dents. Seized... (read more)
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M+P Labs
Failure Analysis of Heat Exchanger Components
procedures and failure mechanisms associated with components utilized in heating and cooling equipment ranging from damaged heat exchanger tubes and fins to the assessment of nuts and bolts. Example investigations include: Debris identification. Cause of staining or discoloration. Contamination identification. Root causes for features of interest. Fractography performed with a state-of-the-art Scanning Electron Microscope (SEM). M+P Labs can quickly identify the root causes of failures to reduce down... (read more)
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M+P Labs
Chemical Analysis and Material Identification
We are uniquely equipped to help you select and characterize materials, perform regulatory and specification testing, evaluate supplier quality, assess cleanliness, troubleshoot manufacturing issues, identify sources of contamination, determine the root causes for defects and develop next-gen products. We have extensive knowledge of materials, a wide array of analytical techniques, and dedicated analysts with decades of industry experience ready to answer virtually any question... (read more)
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Element Materials Technology
Polymers & Advanced Materials Failure Analysis
other materials, an unexpected failure can be costly, even catastrophic. Failure Analysis for advanced and polymeric materials. Element Materials Technology experts are experienced in conducting failure analyses of a wide range of advanced materials, including: Plastic failure analysis. Composite failure analysis. Rubber failure analysis. Adhesives and sealants failure analysis. Paints & coatings failure analysis. Different materials, different failure mechanisms, different methodologies... (read more)
Browse Analytical Laboratory Services Datasheets for Element Materials Technology -
M+P Labs
Materials Testing & Analysis – Orthopedic Implants
Our SinglePoint lab service characterizes material behavior during research and development, provides regulatory approval support, performs quality assurance testing, troubleshoots production processes, performs cleanliness evaluations, and determines the root causes of failures. Capabilities. Alloy verification. Chemical analysis. Cleanliness evaluation. Coating characterizations. Contaminant identification. Failure analysis. Hydroxyapatite validation. Interface analysis. Manufacturing process... (read more)
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M+P Labs
A to Z Analysis of Refractory Materials
electron microprobe to obtain qualitative and quantitative information about the characteristics of a metal or a failure. These tools are utilized to examine and determine the causes of features such as fracture surfaces, pits, weld failures, and evidence of corrosion, erosion and wear. Our refractory analysis capabilities include physical, chemical and mineralogical testing for a broad spectrum of applications including both fired and unfired refractory materials. We perform a wide range... (read more)
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M+P Labs
Failure Analysis of Equipment and Components
M+P Labs provides failure analysis services to determine the root causes of component and equipment failures for metallic, polymeric, ceramic, biocompatible and composite materials for industries ranging from power generation to medical devices. M+P Labs combines a disciplined and methodical investigation approach, an understanding of materials science and engineering, a knowledge base of materials and processing techniques in specific industries, and the abilities to perform metallurgical... (read more)
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M+P Labs
Electron Microprobe Analysis of Materials
can be assigned a unique color. This information can be placed on top of a captured image. We'll help you see what's really happening!. Applications for SEM/electron microprobe analysis. Examples of investigations conducted at M+P Labs include: Determine the cause of pitting in metallic components. Qualitative alloy identification. Characterization of platings/coatings (composition, thickness, uniformity). Identification of the composition of contaminants/residues/stains. Source identification... (read more)
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M+P Labs
Failure Analysis and Assessment of Concrete
M+P Labs provides independent, reputable, third-party assessment of the current condition of concrete, offers recommendations for repair or replacement, and identifies the causes for premature failure of sidewalks, roads, bridge decks and columns, manufacturing floors, concrete/terrazzo floors, parking garages, pools, dams, spillways, retaining walls and more. M+P Labs performs petrographic analysis to evaluate the integrity of concrete cores extracted from placed concrete to determine why... (read more)
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Cambridge Polymer Group, Inc.
Testing with State-Of-The-Art Instrumentation.
ASTM Standards. Please contact us for a full list of ASTM standards we offer. Cambridge Polymer Group provides testing services of polymeric materials with state-of-the- art instrumentation. Tests can be conducted under our Good Laboratory Practices Protocol (GLP). Quality assurance. Lot-to-lot verification. Process validation. Diagnostic testing. Root Cause Analysis. Chemical structure of material. Phase transitions. Thermal or mechanical degradation. Structure-property correlation... (read more)
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Sherry Laboratories
Failure Analysis Solutions that Work for You
275 years of combined experience, is utilized by clients for a variety of reasons, including: Determination of Origin of Failure. Failure Mode and Type of Corrosive Attack. Root Cause Determination. Contributing Factors. Material Anomalies / Features. Mechanical Damage. Geometric Influence. Remaining Life Assessment. Engineering Projects. Engineering Projects beyond the scope of standard testing is another area in which the Sherry Engineering Group excels. These can include: Project... (read more)
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Cambridge Polymer Group, Inc.
We Furnish More Than The Raw Results!
Practices Protocol (GLP). Quality assurance. Lot-to-lot verification. Process validation. Diagnostic testing. Root Cause Analysis. Chemical structure of material. Phase transitions. Thermal or mechanical degradation. Structure-property correlation. Prediction and optimization of processing conditions. About Cambridge Polymer Group, Inc. ( “CPG ”). Cambridge Polymer Group, Inc. ( “CPG ”) is a contract research laboratory that specializes in providing polymeric materials services... (read more)
Browse Chemical Testing Services Datasheets for Cambridge Polymer Group, Inc.
Conduct Research Top
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2001 "Root Cause Analysis" Survey Results
process Does your workplace currently use a process for identifying and analysing the root causes of lack of equipment performance? Of those who indicated that they used some form of Root Cause Analysis process, 79% indicated that they used formal, structured processes - the remainder used informal
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Root Cause Analysis Handbook: A Guide to Effective Incident Investigation, 2005 Edition
Root Cause Analysis Handbook: A Guide to Effective Incident Investigation, 2005 Edition. Presenting a proven system designed for investigating, categorizing, and eliminating root causes of incidents, this guide helps readers understand why root causes are important, to identify and define inherent
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Root Cause Analysis Handbook: A Guide to Efficient and Effective Incident Investigation, Third Edition
Root Cause Analysis Handbook: A Guide to Efficient and Effective Incident Investigation, Third Edition. With a tool for identifying and coding root causes, this book presents a system for investigating, categorizing, and ultimately eliminating, root causes of incidents with safety, health
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CAPA and Root Cause Analysis
and, more often than not, some enabling technology. The CAPA complaint root cause investigation process is paramount. Having a successful CAPA is more a cultural thing for a company than merely having the technology for CAPA, says Simon Jacobson, research analyst for manufacturing operations
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CAPA and Root Cause Analysis
By Doug Bartholomew, Contributing Editor Unfortunately, many companies have yet to computerize their CAPA complaints and investigations. The danger of manually documenting CAPA problem investigations is that it has proven to be unreliable, Jacobson points out. The FDA has addressed CAPA as the
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Artificial lens hazing root-cause analysis
Intraocular lenses (IOL) are often implanted as a replacement for cataract-damaged lenses, or in some. cases to change the optical power of the lens. These lenses were originally made from poly(methyl. methacrylate) (PMMA) but are now often silicone and acrylic. The ideal material for this
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The Seven Causes of RCF (Root Cause FAILURE)
Root Cause Analysis (RCA) can be a very powerful tool for eliminating defects and increasing efficiency and profits. After witnessing hundreds of RCA efforts in every different type of organization and industry vertical, Shon has experienced the good, the bad, and the ugly. Of those, all
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Preventive maintenance: an examination of the root causes of gearbox failure
breakdowns, scheduled maintenance, parts reconditioning, service upgrades, reverse engineering, alignment and balancing, and on- or off-site diagnostic services. Providers should be thoroughly skilled in performing gearbox failure root cause analysis. For repairs, full disassembly and cleaning
Engineering Web Search: Root Cause Analysis Top
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Root cause analysis - Wikipedia, the free encyclopedia
Root cause analysis From Wikipedia, the free encyclopedia
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Failure mode and effects analysis - Wikipedia, the free...
Failure mode and effect analysis (FMEA) was one of the first systematic techniques for failure analysis.
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Basic Elements of a Comprehensive Root Cause Analysis Program...
Basic Elements of a Comprehensive Root Cause Analysis Program
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Failure Analysis - SKF.com/SKF @ptitude Exchange/Focus...
Failure Analysis Root Cause Analysis, Troubleshooting, Bearing Failure Analysis, etc.
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XII - Root Cause Analysis | People and Processes
XI - Failure Modes Effects Analysis XII -Root Cause Analysis
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Root Cause Analysis
Root Cause Analysis See Plans and Pricing 30-day free trial, sign up in 60 seconds.
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Root Cause Analysis :: Problem Solving :: Training...
Root Cause Analysis We are your trusted Root Cause Analysis authority.
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