Table of Contents - 2001 (and backfills for previous years)

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Table of Contents - 2001 (and backfills for previous years)

1. 3D metal printing builds molds (MoldFusion from D-M-E Inc.).
2. 3D representation aids investment casting.(Honeywell Precision Casting Facility uses 3D Systems Europe Ltd. solid object printer)(Brief Article)
3. 3D Systems and dsm desotech form agreement for materials development.
4. 3D Systems and DTM merge.(Brief Article)
5. 3D Systems announces technology award winners; Northrop Grumman, Benet Laboratories and DaimlerChrysler earn top honors.
6. 3D Systems Corp.(Brief Article)
7. 3D Systems Corp.(buys DTM Corp.)
8. 3D Systems Finishes in the Black.(Brief Article)
9. 3D Systems purchases Optoform.
10. 3D Systems releases durable material for low-end industrial system.
11. 3D Systems to Buy DTM Corp.(Brief Article)
12. 3D Systems.(made record results)(Brief Article)(Statistical Data Included)
13. 3D, Dallara Automobili link.(Brief Article)
14. 3D, DSM Desotech Link on Rapid Prototyping.(Brief Article)
15. A CAD/CAM system for process planning and optimization in LOM (Laminated Object Manufacturing).
16. A cool way to complex parts.
17. A crystal ball view of direct-metal deposition.
18. A multiscale homogenization procedure for analysis of processes involving heat deposition using constrained parameter optimization.
19. A process for solvent welded rapid prototype tooling.
20. A review of rapid prototyping (RP) techniques in the medical and biomedical sector.
21. Abrading technique of the whole-bodied graphite electrode for electrical discharge machining based on rapid prototyping technology
22. Accuracy of plastic replica of aortic aneurysm using 3D-CT data for transluminal stent-grafting: experimental and clinical evaluation.
23. Added options for producing "impossible" shapes (MoldFusion).
24. Advances and characteristics of high-power diode laser materials processing
25. Algorithm significantly reduces rapid prototyping time.(Brief Article)
26. An investigation of three-dimensional scanning of human body surfaces and its use in the design and manufacture of prostheses.
27. Analysis and manufacture of dynamically scaled wind tunnel models
28. Analysis on the volumetric absorption characteristics of a semitransparent medium layer with absorbing and scattering particles
29. Analysis, dynamics, and control of micro-electromechanical systems
30. Aortic aneurysm: construction of a life-size model by rapid prototyping.
31. Application of design of experiments to Extrusion Freeform Fabrication (EFF) of functional ceramic prototypes
32. Application of laser measuring, numerical simulation and rapid prototyping to titanium dental castings.
33. Automated telemanufacturing
34. BC Securities Commission - BCSC Cease Trade Order for Soligen Technologies Inc.
35. BC Securities Commission - BCSC Re Soligen Technologies Inc Revocation Order.
36. Better, faster, cheaper: choose any two.
37. Building on Rapid Prototyping.(Industry Trend or Event)
38. Business Matters.(Brief Article)
39. Characterization of the laminated object manufacturing (LOM) process
40. Computer aided design of prostheses
41. Computer Graphics World's 2000 Innovation Awards.(Buyers Guide)
42. Consultants' corner (questions and answers).
43. Contoured edge slice generation in rapid prototyping via 5-axis machining.
44. Coordination control and deposition planning for improving deposition accuracy in layered manufacturing process
45. Correlation of prepreg tack with process performance in laminated object manufacturing
46. Craniofacial surgical simulation: application of three-dimensional medical imaging and rapid prototyping models.
47. CT-generated porous hydroxyapatite orbital floor prosthesis as a prototype bioimplant.
48. Data processing for CAD/CAM/RP systems
49. Dental implantology and rapid prototyping technology
50. Department of Justice Looks to Block Merger of Two Computer-Design Firms.
51. Design and evaluation of a laser-cutting robot for laminated, solid freeform fabrication
52. Design and manufacture of anatomical hip joint endoprostheses using CAD/CAM systems
53. Design and operation of a droplet deposition system for freeform fabrication of metal parts.
54. Design of RP support structure
55. Design tools for multi-material layered manufacturing system
56. Development of a pre-ceramic suspension for free form fabrication of ceramic parts by stereolithography
57. Development of an active mixing paracorporeal oxygenator
58. Development of an advisory system for trapped material in rapid prototyping parts
59. Digital manufacturing
60. Direct integration of reverse engineering and rapid prototyping
61. Direct metal laser sintering: material considerations and mechanisms of particle bonding.
62. Distribution.(Company Business and Marketing)(Brief Article)
63. Does integrated-circuit fabrication show the path for the future of mechanical manufacturing?
64. Drop of the hard stuff
65. DTM Corp. - Signs on Four New Distributors in the Americas.
66. DTM Corp.unveils new 420 stainless steel (Brief Article / Product Announcement)
67. Electroforming of rapid prototyping mandrels for electro-discharge machining electrodes
68. Engineering of complex oral drug delivery devices using three dimensional printing TM
69. EOS GmbH pockets U.S. patent.
70. Epoxy mold.
71. Excimer lamp stereo-lithography
72. Expanding mechanical design and fabrication horizons
73. Experiments for 3-D structuring of thick resists by gray tone lithography
74. Extrusion freeform fabrication of functional ceramic prototypes
75. Extrusion freeforming of functional ceramic prototypes
76. Fabrication of a surface pattern in zirconia
77. Fabrication of ceramic/epoxy photonic crystals by stereolithography
78. Fabrication of freely movable microstructures by using two-photon three-dimensional microfabrication
79. Fabrication of metal-bonded grinding/polishing tools by greentape laser sintering method
80. Fabrication of porous calcium polyphosphate implants by solid freeform fabrication: A study of processing parameters and in vitro degradation characteristics.
81. Fabrication of porous polymeric matrix drug delivery devices using the selective laser sintering technique.
82. Fabrication of structural ceramic parts using mold SDM
83. Fast product development: rapid prototyping and rapid tooling - using existing technologies
84. Faster prototypes. (Brief Article)
85. Finally: Stereolithography parts with living hinges (living hinges produced by Tyco Electronics using 8100 resins from DSM Somos).
86. Flexible machining system to produce micro prototypes
87. Freeforming of ceramics using paint and printing operations
88. Functional metal, ceramic, and composite prototypes by solid freeform fabrication
89. Future developments in light metal casting
90. Geometry Modeling and Control by Infrared and Laser Sensing in Thermal Manufacturing with Material Deposition.
91. Hardware.(Buyers Guide)
92. Heterogeneous solid modeling for layered manufacturing
93. Hot platen brazing to produce laminated steel tooling
94. How to make prototypes at half the cost of SLA (Anderson Design).
95. Improvements in investment casting with stereolithography patterns
96. In situ formation of TiC composite using selective laser melting
97. Innovative surface microcracking treatment of polymeric substrate to be coated with plasma sprayed stainless steel.
98. Integrated technology of reverse engineering and rapid prototyping in product design
99. Integration of COTS components with a DSP coprocessor for microstereolithography machine control
100. Intelligent stereolithography file correction
101. Investigation of three-dimensional scanning of human body surfaces and its use in the design and manufacture of prostheses
102. Justice Department challenges the purchase of DTM.(by 3D Systems Corp.)
103. Laser sintering produces molds directly from data.
104. LaserForm ST-100.(DTM Corp.)(Brief Article)
105. Localized Electrochemical Deposition - the growth behavior of nickel micro-columns
106. Machine concept to produce micro prototypes
107. Manufacturability Analysis of Flatness Tolerances in Solid Freeform Fabrication.
108. Manufacture of automobile deck parts metallic dies based on rapid prototyping technology
109. Materials.
110. Mathematical model for optimal control of cure distribution in parts made by Laminated Object Fabrication (LOF)
111. Matrix assisted laser transfer of electronic materials for direct write applications
112. Mechanical properties and cell cultural response of polycaprolactone scaffolds designed and fabricated via fused deposition modeling.
113. Mechanical properties of a typical stereolithography resin
114. Metal solid freeform fabrication using semi-solid slurries
115. Methodology for a function-to-shape translation tool in foundry
116. Microelectronics grows up; Nanofabrication in three dimensions.
117. Modeling and modification of medical 3D objects. The benefit of using a haptic modeling tool.
118. Mold fabrication and modification using hybrid processes of selective laser cladding and milling
119. Motion planning for a direct metal deposition rapid prototyping system
120. Multiscale homogenization procedure for analysis of processes involving heat deposition using constrained parameter optimization
121. Nanosatellites and MEMS fabrication by laser microprocessing
122. Near-net-shape ceramic and composite parts by multiphase jet solidification (MJS)
123. Near-net-shape ceramic parts made by solid freeform method.
124. New infrared stereolithography: Control of the parameters of the localized curing thermosensitive materials
125. New parametric concept to product customization
126. New practical adaptive slicing method for the SLP RP system to accelerate fabrication speed without accuracy sacrifice
127. New Products.
128. New rapid prototyping method makes ceramic and metal parts.(CAM-LEM Inc.)(Brief Article)
129. New Software Improves FDM Prototyping. (Brief Article)
130. New stereolithography resin.
131. New use for rapid prototyping: wind-tunnel models.(Brief Article)
132. NEWS.( brief articles)
133. No bones about it (rapid prototyping--the future for bioceramic implants).
134. No bones about it.
135. Novel high-accuracy microstereolithography method employing an adaptive electro-optic mask
136. Novel liquid crystal resins for stereolithography - processing parameters and mechanical analysis
137. Novel powder-processing methods for advanced ceramics
138. Optimal stock removal in LOM-RP
139. Orofacial prosthesis design and fabrication using stereolithography.
140. Other News. (Brief Article)
141. P/M stainless steel alloy made for rapid prototyping.
142. Parent company will fold Tredegar VC fund.
143. Photochromic ultraviolet protective shield
144. Physical reproduction of cardiac stuctures. A new field of investigation in cardiology.
145. polycarbonate modeling from stratasys makes impact.
146. Polymer effects on the chemorheological and drying behavior of alumina-poly(vinyl alcohol) gelcasting suspensions
147. Porous mullite preforms via fused deposition.
148. Preprocessing For Rapid Prototyping. (Brief Article / Product Announcement)
149. Present and future developments of metal forming: selected examples
150. Process planning method for improving build performance in stereolithography
151. Processing and mechanical properties of silicon nitride formed by robocasting aqueous slurries
152. Producing a full-scale model from computed tomographic data with the rapid prototyping technique using the binder jet method: a comparison with the laser lithography method using a dry skull.
153. Production tooling in a day.
154. Prototype parts communicate `in color'.(Z402C color printer by Z Corp., TNO Institute)(Brief Article)
155. Prototypes become rapid parts.
156. Prototyping of complex-shaped parts and tools of Si/SiC-ceramics by selective laser sintering
157. Quality assessment of reverse engineering process based on full-field true-3D optical measurements
158. Racers dig speed of rapid prototyping
159. Racers dig speed of rapid prototyping.(CRP Technology)(Brief Article)
160. Rapid product development case studies and data integration analysis
161. Rapid prototype of ceramic parts via stereolithography molds
162. Rapid prototyping and combustion synthesis of TiC/Ni functionally gradient materials
163. Rapid Prototyping and Rapid Tooling.
164. Rapid prototyping in surgery.(Brief Article)
165. Rapid prototyping models generated from machine vision data
166. Rapid prototyping of metallic parts and moulds
167. Rapid prototyping pioneers merge.(Brief Article)
168. Rapid Prototyping Software. (Product Announcement)
169. Rapid prototyping stainless alloy can be welded, machined.
170. Rapid prototyping system.
171. Rapid prototyping techniques for the fabrication of novel biosensors
172. Rapid Prototyping Translation Woes Gone with PlanetCAD's 3Dshare.com.(Product Information)
173. Rapid prototyping with ice. (Brief Article)
174. Rapid prototyping. (Brief Article)
175. Rapid Prototyping.
176. RAPID PROTOTYPING.
177. Rapid Prototyping.(Brief Article / Product Announcement)
178. Rapid Prototyping.(for metal casting with CAD programs)
179. Rapid prototyping: pretty soon, you won't be able to get along without it.
180. Rapid tooling is ready for prime time.
181. Rapid tooling: the state of the art
182. Rapid transit to manufacturing.
183. Rapid-prototyped part increases cycle time.
184. Re: Producing a full-scale model from computed tomographic data with the rapid prototyping technique using the binder jet method: A comparison with the laser lithography method using a dry skull.
185. Reaping rapid rewards.(from Rapid prototyping and tooling techniques)
186. Representation of heterogeneous objects during design, processing and freeform-fabrication
187. Research for biological manufacturing engineering based on rapid prototyping
188. Research of the rapid prototype-oriented tele-service system based on internet and intranet
189. Review of process planning techniques in layered manufacturing
190. Rotherham (supplement).
191. RP Companies Have a Solid Plan.(Company Business and Marketing)(Brief Article)
192. RP made easy.(Brief Article)
193. Selective Area Laser Deposition (SALD) Joining of monolithic silicon carbide structures using dual lasers
194. Selective laser sintering with heat of formation by using reactive materials
195. Selective Laser Sintering.
196. Shop controls its own destiny.
197. Sinterstation Users to Convene in Las Vegas for Annual Conference.
198. Smart calcium phosphate-based bioceramics with intrinsic osteoinductivity
199. Software nails it.
200. Solid freeform fabrication and design
201. Solid freeform fabrication of a telescoping actuator via laminated object manufacturing
202. Solid freeform fabrication of advanced ceramics
203. Solid freeform fabrication of intermetallics and their ceramic composites by reactive rapid prototyping
204. Solid freeform fabrication technologies: rapid prototyping-rapid manufacturing.
205. Solid models.(Brief Article)
206. Solid reconstruction from orthographic views using 2-stage extrusion
207. Solid-imaging technology helps build race-car parts.(Brief Article)
208. Soligen and Generis to collaborate.
209. Soligen Technologies Inc - Completes Private Placement of Convertible Stock Offering - Totaling $943,500 Gross Proceeds.
210. Soligen Technologies Inc - Soligen And Generis Announce A Collaboration Agreement.
211. Soligen Technologies Inc - Taps Kenmar Subsidiary Autotech to Market its Rapid Metal Casting - Technology for Automotive and Powertrain Applications.
212. Soligen Technologies Inc - Unaudited Results for Fourth Quarter and Fiscal Year 2001.
213. Speeding up productivity--.
214. Stereolithography 'grows' minirobot' s body
215. Stereolithography of ceramic suspensions
216. Stereolithography resin enables functional parts.
217. Stereolithography-oriented online pricing engine using internet
218. Stratasys Inc.'s Maxum prototyping machine (Brief Article)
219. Strength degradation of nonrandom porous ceramic structures under uniaxial compressive loading
220. Study on the effect of photocuring resin shrinkage on parts curl distortion in the process of Laser Rapid Prototyping
221. Surface roughness analysis in layered forming processes
222. Taking a powder: Laser processing
223. Tensile strengths for laser-fabricated parts and similarity parameters for rapid manufacturing.
224. Textured SLA parts.
225. The finer points of modelling.(3D Light year 1.1 software)(Brief Article / Product Announcement)
226. The finer points.(new version of 3D Lightyear)(Brief Article / Product Announcement)
227. The Giessen-Mainz-Frankfurt procedure: a new method for complex pelvic reconstruction for bladder exstrophy.
228. The incredible shrinking robot, self-contained and untethered.(minirobot created by Dr. Doug Adkins and collegaues at Sandia National Laboratories)
229. The potential role of stereolithography in the study of facial aging.
230. The solid future of rapid prototyping.
231. The solid future of rapid prototyping.(developments in prototyping)
232. Thermal deformation of a photo-cured polymer for the analysis of stereolithography
233. Third Quarter Fiscal 2001 Operating Results.
234. Three-dimensional algorithm using two-dimensional slice data for building multiple parts in layered manufacturing
235. Three-dimensional microimaging (MRmicroI and microCT), finite element modeling, and rapid prototyping provide unique insights into bone architecture in osteoporosis.
236. Three-dimensional printing and porous metallic surfaces: a new orthopedic application.
237. Titanium bone implants
238. Using stereolithography tools for injection moulding: research into tensile tool failure and unexpected benefits of the process
239. Using TRIZ, parametric modeling, FEA simulation, and rapid prototyping to foster creative design
240. Utilizing rapid prototyping to enhance undergraduate engineering education
241. Vantico Purchases U.K. Stereolithography Resins.(Brief Article)
242. Ventura County Star, Calif., Business Briefs Column.
243. Visualization for job shops
244. Volume visualization gets physical.
245. Voxel-based 3D modeling for rapid prototyping manufacturing
246. Week in Review.(briefs)
247. Will we use welding technology to make RPs.

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