AI HR Solutions: Top Networking LinkedIn Groups for LinkedIn Hiring Excellence in 2026

Silicone rubber is an elastomer (rubber-like material) composed of silicone—itself a polymer—containing silicon together with carbon, hydrogen, and oxygen. Silicone rubbers are widely used in industry, and there are multiple formulations. Silicone rubbers are often one- or two-part polymers, and may contain fillers to improve properties or reduce cost. Silicone rubber is generally non-reactive, stable, and resistant to extreme environments and temperatures from -55 °C to +300 °C while still maintaining its useful properties. Due to these properties and its ease ofand shaping, silicone rubber can be found in a wide variety of products, including: automotive applications; cooking, baking, and food storage products; apparel such as undergarments, sportswear, and footwear; electronics; medical devices and implants; and in home repair andwith products such as silicone sealants. Silicone rubber offers good resistance to extreme temperatures, being able to operate normally from 100 to 300 °C (148 to 572 °F). Some properties such as elongation, creep, cyclic flexing, tear strength, compression set, dielectric strength(at high voltage), thermal conductivity, fire resistance and in some cases tensile strength can be—at extreme temperatures—far superior to organic rubbers in general, although a few of these properties are still lower than for some specialty materials. Silicone rubber is a material of choice in industry when retention of initial shape and mechanical strength are desired under heavy thermal stress or sub-zero temperatures.Organic rubber has a carbon-to-carbon backbone which can leave it susceptible to ozone, UV, heat and other ageing factors that silicone rubber can withstand well. This makes silicone rubber one of the elastomers of choice in many extreme environments. Silicone rubber is highly inert and does not react with most chemicals. Due to its inertness, it is used in many medical applications including medical implants.

Asynchronous Logic, where is it used? And why? The world works asynchronous - independent of a overriding clocking mechanism - mostly. Sometimes the environment changes to clocked - the train is only available at certain times, or soldiers marching, a choir. Electronic systems,design and FPGA/ASIC designs are mostly done using synchronous logic - this is what the main EDA tools support. With the growing size of designs and a move from one ASICprocess to another, redesigns of the logic have to be done/adapted to ensure functionality. IP - Intellectual Property - predefined functionality logic blocks are used more and more to speed up designs. Asynchronous technology can help. What are the issues and the actual status? NCL is one technology to introduce asynchronous design - developed by Karl Fant. Designs based on a truth table should not work - there is no signal to define time/propagation of the signals. But they do.

Aerospace and Defense Manufacturing.

RBH Access is the Original Equipment Manufacturer of Access Control hardware and Integrated Security Solutions. Since 1995 we have been designing and manufacturing Enterprise Access Control and Security Management systems for Canadian and International markets. Through the years we have taken pride in delivering high innovation levels and feature-rich products. We continuously invest in research and development, as well as improvements to the manufacturing and distribution aspects of our business. We have installers, integrators and dealers around the country. Our solutions and hardware are available at our distributors countrywide: ADI Global and Rectron. Website: www.rbh-access.com Email: [email protected]

Welcome to 'Large Format Additive Manufacturing for Enthusiasts', a global community dedicated to large format 3D printing and additive manufacturing. Our group is a platform for learning and exchanging experiences on rapid prototyping, 3d printed composite tooling, materials, applications, design for manufacturing,and software. We delve into the nitty-gritty of industrial 3D printing, discussing everything from design for additive manufacturing to high-volume extrusion. The group focuses on practical aspects like large machine operation, material selection, including sustainable and bio-based materials, and various 3D printing materials. We cover software used in large format additive manufacturing, discussing topics like 3D printer hardware, design for production, and slicing strategies. Our discourse extends to maritime, automotive, and construction 3D printing, including additive manufacturing for construction. We also explore technology adoption, machine learning, 3D scanning, on-demand manufacturing, and automation by 3D printing. The group encourages discussions on high-temperature materials suitable for autoclave tooling. Join us in our collective endeavor to harness the potential of large format additive manufacturing and become a part of this dynamic community of experts and innovators.

A platform for exchange of information about parametric models foe estimation and control and more specific related to the SEER models in SEER for Software (SEM), SEER for IT, SEER for Hardware and SEER for Manufacturing. Also all the aligned other features in the SEER product suite are addressed.

We have expertise in Manufacturing Industry. The following are the positions that we work with our clients for example, Production Planning & Execution, Plant Management, Safety, Maintenance & Operations, Electrical, Mechanical, Civil, Instrumentation, Erection & Commissioning, Machine Installation, Fabrication, Material Removal, Logistics, Advance Engineering, Electronic Control System, Break Design, Machining & Assembly, GDC Engineer, Design Engineering, Stimulation, Compliance, FEA, Benchmarking, RLDA, Training,, SAP Consultant–FICO, BI/BW, ABAP, PP& SD, JAVA, Human Resource Management, Networking, New Product Development, Project Management Office, Learning & Development, Procurement, Networking–WAN, Finance, Legal, HR etc.

In a typical day in a manufacturing facility there are hundreds or thousands of machines and independent systems operating in consortia to insure a product is manufactured in a timely, quality and cost-effective manner. Each of these machines and systems accumulates information on its operation and, usually, is unable to communicate it to anyone or anything else. There have been initiatives started in the past to resolve this need, but none have emerged as a common means for communication. A new project, MTConnect, has begun, but has taken a different approach to this issue. The program is not creatingor special purpose software to link machines and systems together. MTConnect is designing an open communication standard for interconnectability that mirrors the success occurring in the information technology world. Devices, equipment, and systems to output data in an understandable format that can be read by any other device using the same standard format to read the data. The standard, MTConnect, is based on XML (Extensible Markup Language) which offers widely recognized and accepted flexible representation for exchanging semistructured machine-readable data. The standard will be open and free to insure the widest possible acceptance and utility. This approach allows connectivity from the lowest end of the process chain, nearest the workpiece or shop floor, to the highest design or process planning tool. And the expectation is that the interoperability afforded by MTConnect will enable a host of third party solution providers to develop software and hardware to make the entire manufacturing enterprise more productive.

A networking group for PCB Designers,PCB Procurement Manager and hardware design engineer.You can find pcb design solution,pcb manufacturing,pcb assembly and other pcb market info here.Join us to connect with other people in this industry and get the pcb service you want!

Networking & resource group for all IIM affiliates working in technology, telecommunications & internet - computer software & hardware, computer networking & network security, electrical & electronic manufacturing, internet, semiconductors, telecommunications, wireless and related industries.