Search Results for:  – Page 54

DOPAG is the system provider for gasketing, bonding and potting in highly automated production processes. DynamicLine is based on the new dynamic mixing head with innovative valve technology. With DynamicLine, DOPAG is setting the benchmark in terms of user friendliness, precision and reliability in dynamic mixing. DynamicLine automates all production steps, thus ensuring process reliability,

ALT (Accelerated Life Testing) analysis in an accurate and high-powered package. Relyence® ALT provides the ability to perform accelerated life testing analysis in a well-designed and easy-to-use interface. Enter your stress data and complete your complex ALT analyses in a clear and streamlined interface. Relyence ALT enables you to take your life data obtained from

TURBOCHARGE YOUR RCM ANALYSIS Reliability Centered Maintenance empowers you to optimise your maintenance strategies by incorporating various maintenance types into the most efficient maintenance program. Utilising informed decision-making via our visual decision tree diagramming tool and comprehensive worksheet documentation, Relyence RCM empowers you to create the most efficient and cost-effective maintenance plans for your organisation.

Weibull analysis in an intuitive, easy-to-use, power-packed package. Making Weibull analysis easy! An intuitive, easy-to-use interface is at the heart of the Relyence® Weibull software. All the power and versatility of Weibull analysis wrapped in a functional, uncomplicated interface. With support for both failure and suspended data, comprehensive calculations with automatic best fit distributions, point-based

The Relyence® Reliability Prediction software supports the worldwide accepted standards for MTBF (Mean Time Between Failures) analyses: MIL-HDBK-217, Telcordia, 217Plus, NSWC Mechanical, ANSI/VITA 51.1, China’s GJB/z 299, and NPRD/EPRD. All facets of the standards are supported including hybrid modeling, early life dropout, and the use of test and field data. Relyence Reliability Prediction offers a

The most efficient MTTR software tool available to optimize your repair and maintenance activities and meet MIL-HDBK-472 requirements. Relyence® Maintainability Prediction software supports the worldwide accepted standard for maintenance and repair metrics – MIL-HDBK-472. Its organized approach ensures that you remain in compliance and on track. Relyence Maintainability Prediction includes a library of common Tasks,

The Relyence® RBD software offers a comprehensive platform for modeling complex systems, including those incorporating redundancy, and computing a wide range of metrics with its highly capable mathematical engine. Our software supports the creation of complex system models, including redundant components and branches, and computes a wide array of metrics using analytical computation methods and

Finally, FMEA Software you can access anywhere, empower your teams for effective collaboration when working on Design FMEAs and Process FMEAs. The most complete and powerful software package for Failure Mode & Effects Analysis available for today’s workplace. Design FMEAs including Boundary Diagrams, P-Diagrams and DVP&Rs Process FMEAs including Process Flow Tables, Process Flow Diagrams

Utilise our customisable Failure Reporting Analysis & Corrective Action System (FRACAS) Software to take control of your products and processes, track your failures and returns, escalate incidents and implement a corrective action system to prevent reoccurrences. Get to make informed decisions; faster! Relyence FRACAS utilises the same system structure constructed by the prediction module, or

There’s more to Relyence’s Fault Tree Analysis Software than its striking good looks, computational power and ease of use, all of which accredit Relyence FTA best-in-class. Relyence FTA places you firmly in the driving seat. Gaining a greater understanding of the sequence (combinations of contributing factors) of events required to trigger an undesired catastrophic event

Nanografi’s Conductive Adhesive Pastes are tailored for electronics manufacturing, delivering excellent conductivity, strong adhesion, ease of use, durability, and superior performance to meet the requirements of high-tech industries. Nanografi Advanced Materials department, operating under Nanografi, develops advanced materials products, offering integrated solutions from innovation through research and development, customization, and high-volume production for projects including

Nanografi’s Dispersions are meticulously developed to achieve uniform distribution and stability, significantly enhancing the quality and functionality of end products for reliable performance and improved results across various applications. Nanografi Advanced Materials department, operating under Nanografi, develops advanced materials products, offering integrated solutions from innovation through research and development, customization, and high-volume production for projects

Nanografi’s Quantum Dots, developed by high-tech laboratories, stand at the forefront of optoelectronics and medical imaging technologies, offering unique optical properties for applications in displays, solar cells, and biological imaging.

Nanografi’s Nanoparticles are distinguished by high purity, uniform size distribution, and customizable surface modifications, aligning with high-quality standards and the specific requirements of various high-tech industries and institutions. Ensuring consistent performance and reliability, Nanografi’s Microparticles are developed with high-quality standards and innovative approaches to meet the evolving needs of the global at every level. Nanografi

Nanografi’s Fullerenes benefits from the capabilities of high-tech laboratories and advanced production infrastructure, enabling customized solutions to meet the demands of institutions and industries. Nanografi Advanced Materials department, operating under Nanografi, develops advanced materials products, offering integrated solutions from innovation through research and development, customization, and high-volume production for projects including scientific applications, industrial applications

Developed with a cutting-edge R&D approach, Nanografi’s Carbon Nanotubes ensure high purity, consistency, and customizable options to meet the demanding requirements of high technology. Nanografi Advanced Materials department, operating under Nanografi, develops advanced materials products, offering integrated solutions from innovation through research and development, customization, and high-volume production for projects including scientific applications, industrial applications