Articles [Archive] - MICROmanufacturing
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  1. The skinny on microdrills
  2. Lasers take on precision micromachining
  3. Cutting tool geometry considerations when micromachining
  4. Got Micro?
  5. You say micro, I say meso
  6. Micromachining involves a lot more than using scaled-down tools
  7. Exploring opportunities in micromachining
  8. Options, considerations when micro-holemaking
  9. Welcome
  10. Micro company pushes for awareness
  11. A hairy microdrilling image
  12. Texas A&M summer intern studies microEDMing
  13. Wisconsin targets 'tiny technology' business
  14. MICROmanufacturing survey takes pulse of audience
  15. Micro, nano manufacturing challenges confab set for U.K.
  16. Micromanufacturing conference attracts 100 attendees
  17. 4M micromanufacturing confab wraps up
  18. New microJET ink-marking system touted
  19. MicroEDM manufacturer seeks marketing help
  20. 'Micro' in the air at EMO 2007
  21. Laser MicroJet continues to gain traction
  22. Laser show in China: call for presentations
  23. More to see at microlasing company’s redesigned Web site
  24. German Pioneer in micromachining opens U.S. subsidiary
  25. Ultrafast-pulse lasers leave no heat behind
  26. Researchers create thumb-sized incubator for cell cultures
  27. Atometric shows off 5-axis micromachining center
  28. Park Systems signs agreement with Seagate Technology
  29. Taking the 'ouch' out of flu vaccinations
  30. EFAB technology debut at MD&M
  31. Swiss machining course targets micro-machining fundamentals
  32. Laser-system maker ESI reports $70M+ in orders for quarter
  33. Metrology challenges no small matter for micro
  34. Comco sees need for consistency
  35. French aerospace lab tests chamber for microturbine
  36. Lens could lead to ‘superhuman’ vision
  37. Printing parts — by the thousands
  38. Holographic surface-measuring system
  39. Researcher achieves 50:1 aspect ratio in lab measurements
  40. Time to put femtosecond laser to the test
  41. Mikrotech answers 6 questions about micromolding
  42. IVAM at Hannover, bigger on smaller
  43. Improving Quality Control in Micro-Machined Work Pieces
  44. What the world does not need …
  45. University seeks director of micro institute
  46. Photolithography may get big 3-D productivity boost
  47. Needle could raise anesthesiologists’ marksmanship scores
  48. Mraz takes full ownership of SmalTec
  49. Micromanufacturing poster earns "Excellence" honor
  50. Piezoelectricity powers 'Squiggle' and other micromotors
  51. On-machine fringe projection metrology system commands attention
  52. Association seeks to ‘capacitate’ European machine tool sector
  53. Hannover Messe’s MicroTechnology trade fair showcases innovations
  54. German researchers eye 'Square Foot Manufacturing' micro production concept
  55. Insight in a femtosecond
  56. Effects of crystallographic anisotropy on orthogonal micromachining
  57. Stacked computer chips cooled with water
  58. Giving cutting operations the ‘shakes’ improves performance
  59. Synova lands milestone order for its Laser MicroJet
  60. Probing for 3-D micromachined part measurement solutions
  61. International symposium set for laser micromachining
  62. New resource tackles fabrication, design of resonant microdevices
  63. Microfabrica secures $22.5 million in VC funding
  64. Additive Value
  65. New micromanufacturing manual
  66. Available options: Machine tool builders expand micro offerings
  67. Microturbines developed at U. Maryland
  68. Microfluidic pump technology collaboration
  69. ESI Inc. and Zygo Corp. to merge
  70. Australia commits to micro, nano research
  71. Smaller-Scale Swiss
  72. Funny Thing About Micromolding
  73. Dental Work: Double-digit growth projected for dental implant market
  74. Bringing the Heat
  75. Rough to Measure: Measuring the surface finish of microparts is anything but ‘straightforward.’
  76. 1,000,000 rpm micromotor for microdrilling
  77. Low-viscosity dielectric oils improve microEDM operations
  78. About Tooling: Ultrafine carbides key to more durable microendmills
  79. French researchers pursue 3-D atomic force microscopy
  80. Pushing forward, toward manufacturing's future
  81. Piezoelectric motors: big power, small package
  82. The path to success—layer by layer
  83. Disposable, polymer microfluidic devices
  84. Handpiece Experts, NSK unveil distribution deal
  85. Laser micromachining of photonic devices
  86. JDSU introduces high-powered UV laser for micromachining
  87. Norman Noble completes $1.9 million metal finishing expansion
  88. Micro conferences unite
  89. How to develop a micromilling strategy
  90. Demystifying MicroPIM: Revealing the potential of powder metal and ceramic injection molding
  91. To the Point: An overview of applying single-point diamond tools for direct machining of micro-optics
  92. Ultrafast Track: The buzz about ultrafast-pulse lasers gets louder
  93. Getting a (micro) grip: Off-the-shelf workholding options for microparts
  94. Last Word: Limitations of today's micromachine tools
  95. Emerging microneedles: Manufacturers race to be first to market with microneedle transdermal patches
  96. Heat-activated surgical microgripper
  97. Kleiss Gears goes after micro business
  98. EoPlex earns ISO 9001 certification
  99. Lithography fab methods used to study cells
  100. Knock out time when deburring microparts
  101. Medical and dental technologies help usher in era of minimally invasive treatments
  102. Testing microholemaking techniques
  103. Laser machining: basics and benefits
  104. To be thick as a brick
  105. Help on the way to foster creation of new micromanufacturing materials?
  106. Picking the right microscope for the job
  107. Manufacturing micro ball bearings is a detailed, multifaceted process
  108. European researchers develop automated system for mass producing optical devices
  109. Software issues and considerations when designing and manufacturing microscale components
  110. Portable power: Micro fuel cells provide power on the go
  111. Hands off: Alternatives to leaving ‘fingerprints’ on microparts
  112. Engineers use 'nano-origami' to make electronic devices
  113. The Pentagon's lab-on-a-chip offensive
  114. Researchers develop 1-cu.-cm fuel cell
  115. Engineers pioneer flexible organic electronics
  116. Laser processing, micromachining brochure
  117. MIT discovers new method of producing narrow lines
  118. Scientists to use laser to treat Parkinson's
  119. IVAM: Micromanufacturing demand remains strong
  120. Study proves efficacy of microneedle patches
  121. Pizza physics 101
  122. Penn State reveals microscopic 'Jedi knights'
  123. International micromanufacturing confab set for Wis.
  124. Understanding and applying indexable microtools
  125. Star Gazers
  126. Preparing start holes for microEDMing
  127. Minimizing HAZ when laser micromachining
  128. Die Hard
  129. Altered States
  130. EoPlex wins innovation award
  131. Ultra-fast laser boosts light-bulb efficiency
  132. Nanoscale generators
  133. Downsizing: Hear a challenge?
  134. FABupdate: Huntsman wins accolades for new 3-D machine
  135. Scaled for Micro
  136. Spin Class
  137. Lab Coatings
  138. Narrow Focus
  139. Femtosecond laser welds glass
  140. Fianium opens U.S. micro-materials laser lab
  141. Jenoptik, Light Trans sign micro-optic pact
  142. Newport's Spectra-Physics Pulseo lasers
  143. N.Y.-backed lithography firm sells first unit
  144. Austin manufacturers betting on micro
  145. Harvard team developing robotic devices
  146. Solar-powered miniature robots
  147. Mini-rocket thrusters under development
  148. New light on microfabrication
  149. Eye on prototyping
  150. Blast off
  151. Building better blueprints
  152. Second thoughts
  153. What goes up must come down—in size
  154. New super adhesive for microrobots
  155. About Tooling: Dodging dovetailing headaches
  156. Downsizing: Pico projectors—powerful and really portable
  157. EDM Notes: Things to consider when wire and small-hole EDMing
  158. FAB Update: Lights, camera ... micro action!
  159. Laser Points: Outsourcing laser work—putting the cost puzzle together
  160. Measurement Matters: 3 ways to measure microparts
  161. LSA Laser doubles the size of its Minn. facilities
  162. Laser technique improves hip implant compatibility
  163. Miniaturized electronic medical systems
  164. New green laser for miniature projectors
  165. John Matthey Medical expands micromachining site
  166. MEMS oscillator market to surpass 100% annual growth
  167. Small holes in high volume to keep down cost of microfluidic devices
  168. Researchers study direct writing of diffractive optical elements in polymer materials
  169. MEMS group: Market convergence on the horizon
  170. Avoiding bad breaks when boring
  171. EOS and BestinClass form surface treatment joint venture
  172. New directions: MEMS suppliers adopt new design strategies
  173. Taking form: Electroforming use grows as complex electronic devices shrink
  174. Clean machining: Clean room use growing to optimize specialized processes
  175. Good vibration (control): Small vs. large machines
  176. Laser points: Cost considerations when buying a laser
  177. Measurement matters: Understanding scanning white light interferometry
  178. Down sizing: Microturbines headed back to the future
  179. About tooling: SCD tools not just for specialized machines
  180. NSF funds microfab course
  181. Webinar: Capitalizing on Micro Milling
  182. DownSizing: The next big thin
  183. Medical Pathways
  184. About Tooling: Managing runout when holding microtools
  185. Lasers make their mark on microparts
  186. EDM Notes: Sinker EDMing drives micro moldmaking
  187. Marubeni, Hartwig form strategic partnership
  188. Waterjet micromachining seminar
  189. FAB Update: A new twist in free-form fabrication
  190. Modeling, prototyping are essential to microfluidic design
  191. Keys to productive grinding of microscale tools
  192. Complete inspection: In-situ system enables 100% inspection of microparts
  193. Last Word: A road map to micro commercialization
  194. MicroMachining: The importance of chip mitigation
  195. Imparting fine surface finishes when micromilling
  196. Researchers use microwaterjetting for a medical part
  197. ASPE meeting to focus on precision motion control systems
  198. U.K. scientists at work on micro-ear
  199. ICOMM/4M 2010 schedule released