This paper describes rapid manufacturing of patterns for shell or flask investment casting using the laser sintering (LS) technique with CF material. The process involves data preparation, LS fabrication of a "green" part, cleaning, and wax infiltration. All process stages are equally important for successful project completion in terms of ...

The purpose of this study is to study the mechanical, tribological and electrical properties of the copper-graphene (Cu-Gn) composites fabricated by a novel rapid tooling technique consist of three-dimensional printing and ultrasonic-assisted pressureless sintering (UAPS).,Four different Cu-Gn compositions with 0.25, 0.5, 1 and …

Purpose. The purpose of this paper is to present a method of rapid prototyping (RP) used in the development of a regenerative pump impeller. RP technology was used to create complex impeller blade profiles for testing as part of a regenerative pump optimisation process. Regenerative pumps are the subject of increased interest in …

Manufacturing Insights® videos give you an inside look at manufacturing success from industry experts, companies, and educators who share their experiences in adopting new technology, process improvements, and workforce development. See real-world demonstrations and the application of theoretical models used in manufacturing today!

The RAPID Manufacturing Institute™ has released its 2019 Annual Report. In its third year of operations, RAPID and its members continue to develop the technical and educational tools to allow process intensification (PI) and modular processing to reduce energy and water use, lower greenhouse gas emissions, decrease capital and operating …

Anti-migration enhanced tracheal stent design, rapid manufacturing and experimental tests - Author: Antonio Fiorentino, Cesare Piazza, Elisabetta Ceretti – The purpose of this paper is to focus on tracheal stent production with the aim of investigating the available devices and improving their performances. The biomedical field is a ...

@article{osti_1258521, title = {Time-Resolved In Situ Measurements During Rapid Alloy Solidification: Experimental Insight for Additive Manufacturing}, author = {McKeown, Joseph T. and Zweiacker, Kai and Liu, Can and Coughlin, Daniel R. and Clarke, Amy J. and Baldwin, J. Kevin and Gibbs, John W. and Roehling, John D. and Imhoff, …

CD8+ T cells were isolated for manufacturing. This began with thawing the frozen apheresis and separating the CD8+ T cells. 2E8 CD8+ T cells were activated using MACS GMP TransAct–Large Scale to start the cultivation process. On day 1, a lentiviral transduction was performed. A manufacturing time of 8 days was selected for a rapid …

Rapid Manufacturing (HQ) United States – California. 8080 Crystal Dr. Anaheim, CA 92807. Phone: +1 (714) 974-2432; Fax: +1 (714) 974-1782; Email: rapid@rapidmfg; ... The company actively engages with stakeholders to gain insight into their perspectives and specific needs. This demonstrates a commitment to understanding and addressing the ...

The RAPID Manufacturing Institute® has released its Fall 2021 Institute Report. Currently in year five of operation, RAPID has built strong partnerships with its members to rethink how process development and manufacturing happen in the process industries. RAPID and its members continue to develop new PI-enabled and modular …

For rapid manufacturing, molds are expected to produce parts that are very close to their final specifications (tolerances and microstructure). In this regard, the thermal, …

Path generation is an important factor that affects the quality and efficiency of most laminated manufacturing processes such as SLS, SLA and FDM. This paper introduces an efficient path generation algorithm. The principle of the algorithm and its implementation are presented. A comparative study is used to analyze the effectiveness …

The term rapid manufacturing is used to summarize different methods and manufacturing processes that serve the fast and flexible production of prototypes and series parts. It is …

Rapid Manufacturing is a global electronics manufacturing company specializing in electronic custom-designed wire & cable harnesses, electro-mechanical, and box build …

RAPID Manufacturing's latest funding round was a Acquired for on November 21, 2017. RAPID Manufacturing's latest post-money valuation is from November 2017. Sign up for a free demo to see RAPID Manufacturing's valuations in November 2017 and more. Valuations are submitted by companies, mined from state …

Rapid Manufacturing (HQ) United States – California. 8080 Crystal Dr. Anaheim, CA 92807. Phone: +1 (714) 974-2432; Fax: +1 (714) 974-1782; Email: rapid@rapidmfg; Capabilities. From intricate cable harnesses to system integration, Rapid Manufacturing ensures optimal performance throughout your electronics ecosystem.

As of July 2023, annual construction spending in manufacturing stands at US$201 billion, representing a 70% year-over-year increase and setting the stage for further industry growth in 2024. 4. The manufacturing industry continues to face headwinds, however. In 2024, manufacturers are expected to face economic uncertainty, the ongoing shortage ...

TCT is the leading news source for 3D printing and Additive Manufacturing, with news, views, incisive commentary, learning resources and jobs. We cover applications of additive technologies for product development, engineering and manufacture. Covering 3D printing, 3d printers, 3d printed designs, and additive manufacturing for aerospace, automotive, …

Rapid Manufacturing is a global electronics manufacturing company specialist in electronic custom-designed wire & cable harnesses, electro-mechanical, and box build assemblies …

The Rapid-MFG gives you data and insights at every step. Our team of manufacturing and supply chain experts will help you turn those insights into smart business decisions. We're easy to work with. We make the production process seamless so you can focus on what matters most: engineering great parts. Upload your files to our rapid quoting ...

The COVID-19 crisis has highlighted the critical role of vaccine manufacturing in managing infectious disease outbreaks and pandemics. Enhancing RNA manufacturing capability, distribution and flexibility will now be central in future epidemic preparedness and emergency response strategies. This insight showcases the …

Purpose. This paper seeks to present the results of a study carried out within rapid manufacturing (RM) service providers and engineering centres in Northern Spain. By disclosing strategies for their everyday operation, it is intended to show how the internal expertise acquired overtime copes with the lack of standards within this industry.

ISSN: 0144-5154. Article publication date: 23 February 2010. Permissions. Downloads. 2720. Abstract. Purpose. The purpose of this paper is to discuss the …

The build strategies are developed using a hybrid layered manufacturing (HLM) setup. HLM, an automatic layered manufacturing process for metallic objects, combines the best features of two well-known and economical processes, viz., arc weld-deposition and milling. Depending on the geometric complexity of the object, the …

A fundamental aspect of Industry 4.0, manufacturing analytics refers to the use of operational systems and machine data to improve the functions of a manufacturing company. This data can enhance productivity and performance, ensure product quality, optimize decision-making and lower costs. Real-time, connected data collection …

The field has begun to explore rapid CAR-T cell manufacturing approaches that enable the generation of products that possess stronger stem-like properties and exhibit robust potency and persistence when challenged in vitro and in vivo. In the clinic, first-in-human trials of rapid-CAR-T cells support these observations, reporting notable …

Rapid manufacturing is converging with Industry 4.0, leveraging the Internet of Things (IoT) and data-driven insights to optimize processes. Smart factories equipped with interconnected systems and real-time analytics promise enhanced efficiency and predictive maintenance.

Rapid Manufacturing could be very suitable for these applications due to their complex geometry, low volume and strong individualization., – The SLM‐process has been optimized and fully characterized for two biocompatible metal alloys: Ti‐6Al‐4V and Co‐Cr‐Mo. Mechanical and chemical properties were tested and geometrical feasibility ...

Rapid manufacturing reshapes automotive design paradigms, empowering swift iterations that fuel innovation while ensuring precision meets the demands of an …