3.3 Electrode manufacturing using r

3.3 Electrode manufacturing using rapid prototyping and rapid tooling
Rapid prototyping is a motivating innovative additive technology for quickly creating physical models and functional prototypes directly from CAD models. Rapid tooling, is generally, related with fast tooling production using prototypes made by rapid prototyping. Technologists involved in rapid tooling processes development are now devoting much of their efforts in reducing lead-times and development costs. Rapid prototyping (RP) technology offers great advantages like improved quality, shortening time to market, and reduction in the cost of fabrication of complex shaped EDM electrodes [67, 69]. Between 1991 and 1996, several attempts were made to develop applications and techniques for rapid prototyping EDM tooling [70-76]. Arthur and Dickens [72] have investigated manufacturing parameters and discovered that when the copper plating layer on the electrode prototype is above 175 μ m thick than it can help in preventing the electrode prototype from breaking during EDM. Arthur et al. [77] have investigated wear and fracture mechanism of stereolithography SL-EDM electrodes. Such electrodes present wear and failure mechanisms that are detrimental. Arthur et al. [74] used RP parts as electrodes for EDM. They have found a direct generation route with rapid prototype parts as EDM electrodes. Thin-coated stereo lithography models were successfully used in machining hardened tool steel up to a depth of 4 mm. The photo-polymer electrode

Kết quả (Anh) 1:

3.3 Electrode manufacturing using rapid prototyping and rapid tooling Rapid prototyping is a motivating innovative additive technology for quickly creating physical models and functional prototypes directly from CAD models. Rapid tooling, is generally, related with fast tooling production using prototypes made by rapid prototyping. Technologists involved in rapid tooling processes development are now devoting much of their efforts in reducing lead-times and development costs. Rapid prototyping (RP) technology offers great advantages like improved quality, shortening time to market, and reduction in the cost of fabrication process of complex shaped EDM electrodes [67, 68]. Between 1991 and 1996, several attempts were made to develop applications and techniques for rapid prototyping EDM tooling [70-80]. Arthur and Dickens [72] have investigated manufacturing parameters and discovered that when the copper plating layer on the electrode prototype is above 175 μ m thick coal it can help in preventing the electrode prototype from breaking during EDM. Arthur et al. [77] have investigated wear and fracture mechanism of stereolithography SL-EDM electrodes. Such electrodes present wear and failure mechanisms that are detrimental. Arthur et al. [74] used RP parts as electrodes for EDM. They have found a direct generation route with rapid prototype parts as EDM electrodes. Thin-coated stereo lithography models were successfully used in machining hardened tool steel up to a depth of 4 mm. The photo-polymer electrode

Kết quả (Anh) 2:

3.3 Electrode manufacturing tooling using rapid prototyping and rapid
prototyping is a motivating Innovative Rapid additive technology for Quickly creating in physical prototypes and functional models from CAD models trực. Rapid tooling, is Generally, production tooling related with fast prototypes using rapid prototyping made by. Involved in rapid tooling processes Technologists are now devoting much of your development efforts into print có lead-times and development Reducing Costs. Rapid prototyping (RP) technology offers great Advantages like improved quality, shortening time to market, and reduction in the cost of fabrication of complex shaped EDM electrodes [67, 69]. Between 1991 and 1996, to develop vài ATTEMPTS là made rapid prototyping applications and Techniques for EDM tooling [70-76]. Arthur and Dickens [72] have investigated manufacturing parameters and copper plating khi có Discovered layer on the electrode prototype μ m thick is above 175 it can help in preventing coal the prototype from breaking khi EDM electrode. Arthur et al. [77] have investigated wear and Fracture mechanism of stereolithography SL-EDM electrodes. Such electrodes wear and failure Mechanisms present được detrimental. Arthur et al. [74] used as electrodes for EDM RP parts. They have found a direct route generation with rapid prototype parts as EDM electrodes. Thin-coated stereo lithography models successfully used in machining hardened là tool steel up to a depth of 4 mm. The photo-polymer electrode