RAPID prototyping, MOLDING (Founding), ALUMINUM-zinc alloys, METAL castings, NUMERICAL control of machine tools, and GRAPHITE
The article focuses on essentials of using graphite molds to produce parts from ZA-12 which is a zinc-aluminum alloy. It asserts that graphite mold/ZA-12 casting is a lower-risk alternative to computer numerical control (CNC) of machine-tools, die casting, among other processes. It claims that additional finishing steps in casting techniques are eliminated by the accuracy and surface finish of ZA-12 parts.
RAPID prototyping, PROTOTYPES, CELL phones, MOBILE communication systems, and ENGINEERING design
Focuses on the use of rapid prototyping by Motorola in designing mobile telephones and communication devices. Advantages and disadvantages of using rapid prototyping; Approach used by Motorola's engineers; Benefits gained from the use of rapid prototyping. INSET: COLOR OFFERS TECHNICAL INSIGHT.
RAPID prototyping, PROTOTYPES, and MANUFACTURING industry equipment
Focuses on the use of rapid prototyping technology for manufacturing finished series production parts by companies in the manufacturing industry. Advantages from the use of the technology; Characteristics of rapid manufacturing applications; Adaptation of the technology in dental devises applications; Device for teeth strengthening developed at Align Technology.
PROTOTYPES, RAPID prototyping, PRODUCTION control, and MANUFACTURING processes
The article presents information on the fractional ownership program for prototype engineering. It refers to the views of Alex Linde, president of Tangible Express, new company that offers the first fractional ownership program for rapid prototyping machines. As per Linde, in fractional ownership one has complete control over production.
PROTOTYPES, RAPID prototyping, COST effectiveness, INDUSTRIAL applications, PROGRAMMING of numerically controlled machine tools, and MOLDING (Founding)
The article discusses the additive and accelerated conventional methods in prototype designing. It mentions that the addition of the additive processes has allowed prototyping to take a step forward in time and cost savings. It states that the rapid injection molding and automated computer numerical control (CNC) machining methods have closed the gap of speed and cost saving.
RAPID prototyping, PROTOTYPES, JOB analysis, MANUFACTURING processes, and ENGINEERING design
The article reports on the role of design engineers in the prototyping processes. It offers information about the technical specifications and performance applications of a preproduction injection mold from tool steel. The author also discusses the expansion of the options for prototyping processes.
RAPID prototyping, PROTOTYPES, CONCURRENT engineering, and SURGICAL instruments & apparatus
Reports on the use of fused-deposition-modeling and ultraviolet-jetting rapid prototyping machines by engineers at Medtronic Sofamor Danek for its latest surgical tool as of March 2004. Differences of the technologies; Iterations required in the ratchet application; Role of the prototype in manufacturing. INSET: Which Machine is Right for the Job?.
RAPID prototyping, PRODUCTION methods, PROTOTYPES, MANUFACTURING processes, and AUTOMOBILE industry
The author reflects on the term rapid prototyping machines in automobile manufacturing. He believes that rapid prototyping has lost its descriptive definition for it is being used for production parts rather than prototypes. He asserts that prototyping machines were not the fastest way to make parts, but using additive fabrication machines which will be used in place of rapid prototyping.
INDUSTRIAL research, RAPID prototyping, PROTOTYPES, and ELECTRONIC systems
The article presents the findings of a study on the accuracy of three-dimensional printing and desktop modeling systems conducted by engineer Todd Grimm. The study investigated the dimensional accuracy of Z Corp.'s ZPrinter 310, 3D Systems Corp.s' InVisionSR, and Stratasys Inc.'s Dimension SST. The study showed that the Dimension machine was the best performing prototype among the three systems tested. The study also proved that the resolution does not directly equate to dimensional accuracy.
METALWORK, MANUFACTURING industries, RAPID prototyping, and INDUSTRIAL applications of ultrasonic waves
Reports on the expansion of direct-metal systems from prototyping into manufacturing in the U.S. as of July 2002. Processes in the ultrasonic consolidation (UC) technology of Solidica Inc.; Advantages of the UC technology over rapid prototyping methods; Facts on the Direct Metal Laser Sintering system of EOS GmbH.
RAPID prototyping, PROTOTYPES, MANUFACTURING processes, and BONE
The article discusses the aim of rapid prototype system makers to create custom parts that will go into the bodies. According to Kirby Quirk, sales manager at Stratasys Inc., There are a lot of companies looking at ways to build custom parts that will fit each patient's body. According to researchers, bones can be scanned and modeled so the rapid prototype machines used in design and manufacturing can build parts that will fit into the body more easily.
PROTOTYPES, ALGORITHMS, and NEW product development
Focuses on the application of rapid control prototyping algorithms during product development. Benefits to product designers if they uncover problems with a control algorithm while using a rapid control prototype; Use of prototyping algorithms by controller developers; Processes involved in the software development of the algorithms.
Deals with the Rapid Freeze Prototyping method using ice developed by Doctor Ming Leu, a professor in the University of Missouri's department of mechanical and aerospace engineering. How the rapid prototyping method works; Benefits of the approach to manufacturers.
Focuses on Lockheed Martin Missiles & Space's use of virtual prototyping software from Division Inc. to help integrate weapon systems into the next generation of warships for the United States Navy. Funding of Simulation-Based Design project; Advantages of using virtual prototyping in designing military and commercial systems.
Describes the rapid-prototyping method used by Volvo called Cross-Sectional Prototyping (CSP) which creates full-scale interior and exterior models of concept cars. Methods of model building; Application of method to dashboard conceptualization.
COMPUTER-aided design software, ENGINEERING design software, and MECHATRONICS
The article reports on the release of a virtual prototyping tool for mechatronics applications by SolidWorks Corp. and National Instruments Corp. in 2009 in the U.S. It is noted that these applications incorporate the SolidWorks Corp.'s three-dimensional (3-D) computer-aided design (CAD) software and NI LabVIEW graphical system design environment. It is also claimed that the LabVIEW 2009 NI SoftMotion Module and SolidWorks 2010 allow engineers to work on mechatronics designs.
PROTOTYPES, PRODUCTION management (Manufacturing), PERFORMANCE evaluation, TELECOMMUNICATION equipment industry, and POLYCARBONATES
The article focuses on the advance in polycarbonate-ABS (PC-ABS) for rapid prototyping and production to help engineers better predict end product performance. The product has been developed by Stratasys Inc. Combining the strength of PC and the flexibility of ABS, PC-ABS blends are most commonly found in automotive parts, electronics, telecommunications equipment, and toys. It is compatible with three trademark FDM systems from Stratasys.