1,880 results on '"Albert, Mark"'
Search Results
202. Self-reversing tapping head speeds CNC production job: streamlining the process to finish one hole in each part also extends tool life and protects the spindle
203. CAM software as a creativity tool: this job shop relies on its CNC programming software to unlock the productivity of its multi-axis, multi-tasking machine tools and CNC Swiss-type machines
204. An overview of 3 + 2 machining: you don't have to use all five axes of a five-axis machine at the same time to get great benefits. Here's what 3 + 2 can do for you
205. Turning the tide: when Briggs & Stratton decided to make the crankshaft machining lines in its Poplar Bluff plant globally competitive, it had to choose between CNC lathes and dedicated special machines for its main turning operations. The company chose the lathes
206. Accuracy of grinding cell eliminates selective assembly of bearings
207. Mainstream technology keeps shop on track: in its toolroom, Branchline Trains takes a practical approach to machining with end mills as small as 0.005 inch in diameter
208. Aerospace hole making takes shape: the demand for fast hole making will intensify as more fuel-efficient jet engines are introduced. Electrical discharge machining is emerging as the answer
209. No wires, no worries: is it safe to make your shop floor a 'hot spot' for wireless DNC and other data communication? This shop's experience shows that it is
210. The hard-milling imperative: mold shops will have to do hard milling--or find someone who can do it for them
211. Steering clear of corner concerns: tool paths based on constant stepovers often get an end mill into trouble when it heads into a corner. Using the tool's angle of engagement as the constant avoids this difficulty
212. Revving up the CMM: high speed, five-axis scanning promises to give throughput on coordinate measuring machines a big boost. Entire manufacturing strategies may be up for rethinking as a result
213. The multi-process machine mindset
214. PC-based surface grinders make their Mark: a more effective approach to grinding complex profiles enables this shop to help its U.S. customers compete globally
215. Tecumseh sets its course: a very different kind of CNC software paves the way for creating an integrated manufacturing environment
216. EMO 2005: navigating strong currents of global competition: many manufacturers in Europe and the United States are now in the same boat. The big show in Germany displayed technology to help manufacturers steer the proper course
217. Get lean, go global: Swiss-type CNC lathes set the pace in flexible production cells to serve customers at home and abroad
218. The changing face of CNC programming: efforts to create a CNC-usable product data model are inching forward, but in the meantime, advances in CAM software will make the programmer's job function super-efficient rather than superfluous
219. Upgrade your cutting tool mindset: a handful of timely observations may boost the productivity of your thinking about cutting tools
220. New chuck standards take hold; safety, performance checks and uniform terminology are some of the issues related to lathe chucks and chuck jaws addressed by a key industry committee
221. Who's afraid to cut to zero? Most U.S. mold shops still leave extra stock on the cores and cavities of the molds they machine. This practice is unnecessary and wasteful, say proponents of advanced machining technology
222. Mold machining on the move: rethinking the mold machining process leads to concepts worth considering, even for applications outside mold making
223. Turning ideas into parts: to get maximum leverage from its manufacturing know-how, this CNC shop draws on all of its software resources--CAD, CAM and shopfloor programming
224. JIMTOF puts 'nanotechnology' under magnification: the big theme at the Japan International Machine Tool Fair (JIMTOF) was nanotechnology--the ability to produce parts to submicron accuracy
225. Lean manufacturing shapes a cell: a machining cell that seeks to optimize product flow may look very different from a cell that seeks to optimize a machining process
226. Our take on IMTS 2004: interest was high in a show that focused effectively on the needs of North American manufacturers
227. Picture-perfect manufacturing: the vision of a production process with little or no waste is the inspiration behind lean manufacturing. Value stream mapping is a graphical tool that this contract manufacturer uses to create that vision
228. Making it in medical: examining this shop's healthy medical machining business shows that both medical components and medical customers require special care
229. Chucks that break a bottleneck: finding a better way to hold the part meant more parts per shift, better tool life and improved surface finish
230. Just enough automation; automated gantry loaders helped this shop make the transition from job shop to product line manufacturer
231. Setup reduction: at the heart of lean manufacturing: this shop cut average setup time nearly in half. Now small batches can move quickly through the production process, making the company more responsive to customer needs than ever before
232. Single-spindle productivity: high speed, five-axis machining on single-spindle machine tools helps this aerospace shop meet the demand for rapid, single-piece work flow
233. Classy shop, classy cells: the automated EDM cells in this shop are distinguished by their thoughtful design and careful attention to detail--as is the rest of the shop
234. This shop really shines ... and sorts, simplifies, standardizes and sustains; the 5S principles are providing to be a powerful prelude and prerequisite to lean manufacturing at this aerospace job shop
235. The end of the beginning? Strong participation by attendees and exhibitors at the recent EMO in Milan gave cautious optimism that 2004 is going to be better for manufacturing. Interest and innovation ran high, indicating that an anxious industry is finding the courage to be confident
236. Plugging into tombstone productivity: customized software helps this machine tool builder maximize the output of its horizontal machining centers
237. Sweet, sweet spot: for this aerospace job shop, harmonizing key aspects of each high speed machining process creates a 'sweet spot' where productivity jumps. Harmonizing other key aspects of shop operations also creates a 'sweet spot' that helps the company capitalize on this jump in machining productivity. (High Speed Machining)
238. Sourcing automation
239. Fit the strategy, not the job. (Emphasis: Five-Axis Machining)
240. The measure of success: for this small job shop, measuring and controlling everything are the keys to lean--very lean--manufacturing. Yet its management style is surprisingly open and trusting
241. Process pioneers: electrical discharge machining (EDM) is helping this company advance the metal injection molding (MIM) process. Likewise, MIM is helping the company advance the EDM process. (Emphasis: EDM)
242. Discovering 30-taper machines: they are now capable of handling many of the jobs traditionally done on larger machines. As this account shows, the development says a lot about what's happening in metalworking right now. (Emphasis: Machining Centers)
243. Dynamic motion moves past old boundaries
244. Gun barrel manufacturing cell combines holemaking operations
245. Thread milling for oil and gas parts
246. High speed machining, Italian style. (Scanning the Horizon)
247. Getting to know knowledge-based machining: The term refers to different levels of automation that CAM software developers are building into their NC programming software. (Emphasis: Systems & Software)
248. Getting in gear with an automated cell. (Emphasis: Gear Making)
249. Characterizing passive optical components. (Fiber-Optics Test)
250. Plugging into STEP NC. (Emphasis: CNC)
Catalog
Books, media, physical & digital resources
Discovery Service for Jio Institute Digital Library
For full access to our library's resources, please sign in.