LPKF ZelFlex � Pneumatic Rapid Stretching Frames for most world-wide available SMT printers, www.zelflex.com, screen printing, stencil printing, Pick&Place, reflow, SMT Assembling, Rapid Prototyping, Laser Cutting and Drilling, microvia, www.lpkf.si
Industry Directory | Manufacturer
With its broad product range LPKF is one of the world market leaders in the "in-house rapid PCB prototyping" and "StencilLaser" services
Compared with conventional tools, laser processing offers a compelling series of advantages. The laser process is completely software-controlled. Varying materials or cutting contours are easily taken into account through adaptation of the proce
In-House PCB Through-Hole Plating without Chemicals The LPKF ProConduct® introduces revolutionary technology to produce plated through-holes, which does not require a plating tank or potentially hazardous processing chemicals. This compact system is
Used SMT Equipment | Assembly Accessories
LPKF Multipress II 2005 220VAC Single phase Appears to be in like new condition. Powers up and cycles. FOB: Origin Also available: LPKF Bench top printer and LPKF Zelflow bench top reflow oven OEM Description: Footprint: approx. 0.25 m²
Industry News | 2012-03-29 18:55:00.0
Providing convenient and cost-effective staff development, IPC announces its 2012 spring webinars for April, May and June. Each one-hour webinar is focused on technical challenges facing the electronics manufacturing industry, offering companies a great opportunity to bring IPC technical information to a large number of employees at one time.
Industry News | 2023-01-16 07:35:11.0
The best technical conference papers of IPC APEX EXPO 2023 have been selected. Voted on through a ballot process by members of the IPC APEX EXPO Technical Program Committee (TPC), the paper authors will be recognized during show opening remarks on Tuesday, January 24.
Technical Library | 2013-02-22 19:55:36.0
Productivity. Innovation. Time to market. Day to day, year over year, businesses are forced to make critical R.O.I.—related decisions that impact the future and the bottom line—some of them reactionary, some forecasted. For a growing number of electronics manufacturers, many of those decisions revolve around whether a function should be performed by an outside contractor or kept in-house. But for many companies in the RF/microwave industry, this decision is often concerned with continuing to employ an outside PCB fabricator for prototype PCBs, or to make a $10,000 to $100,000 investment in an inhouse, rapid PCB prototyping machine that may represent a key competitive advantage.
Technical Library | 2019-09-11 23:33:04.0
There are numerous techniques to singulate printed circuit boards after assembly including break-out, routing, wheel cutting and now laser cutting. Lasers have several desirable advantages such as very narrow kerf widths as well as virtually no dust, no mechanical stress, visual pattern recognition and fast set-up changes. The very narrow kerf width resulting from laser ablation and the very tight tolerance of the cutting path placement allows for more usable space on the panel. However, the energy used in the laser cutting process can also create unwanted products on the cut walls as a result of the direct laser ablation. The question raised often is: What are these products, and how far can the creation of such products be mitigated through variation of the laser cutting process, laser parameters and material handling? This paper discusses the type and quantity of the products found on sidewalls of laser depaneled circuit boards and it quantifies the results through measurements of breakdown voltage, as well as electrical impedance. Further this paper discusses mitigation strategies to prevent or limit the amount of change in surface quality as a result of the laser cutting process. Depending on the final application of the circuit board it may prompt a need for proper specification of the expected results in terms of cut surface quality. This in turn will impact the placement of runs and components during layout. It will assist designers and engineers in defining these parameters sufficiently in order to have a predictable quality of the circuit boards after depaneling.
SMT Stencil Production with the LPKF StencilLaser G 6080 The LPKF StencilLaser G 6080 is a highly productive and precise SMT stencil laser cutting system. Learn more: http://www.lpkf.com/products/smt-stencils/cutting-smt-stencils-and-microparts.htm?u
Printed circuit boards lacked with a green solder mask are - including SMT components - essential for soldering safely. Learn more: http://www.lpkf.com/products/rapid-pcb-prototyping/solder-masks-legend-printing/index.htm?utm_source=youtube&utm_mediu
Career Center | Lumberton, New Jersey USA | Engineering
Reports to: Cad/Laser Manager Department: Cad Location: Lumberton Phone: 609-261-2670 Ask for Greg Starrett Email: Send resume as a word document or PDF to greg@metassocs.com Job Summary: Under the general supervision of the Cad Manager
| https://ipcapexexpo.org/sites/default/files/inline-files/SSSchedule400andabove_0.pdf
19, 2020 1:00 pm ‐ 2:00 pm A140 NovaCentrix 400 Tuesday May 19, 2020 1:00 pm ‐ 2:00 pm A148 Fuji America Corporation 3000 Tuesday May 19, 2020 1:00 pm ‐ 2:00 pm A150 Technica ‐ SMT 600 Tuesday May 19, 2020 1:00 pm ‐ 2:00 pm A151 Nikon Metrology, Inc. 600 Tuesday May 19, 2020 1:00 pm ‐ 2:00 pm A152 LPKF Laser & Electronics 400 Tuesday May
Surface Mount Technology Association (SMTA) | https://www.smta.org/directory/suppliers.html
Fort Washington, PA Kurtz Ersa, Inc. Plymouth, WI Lab Pro Inc Sunnyvale, CA LPKF Laser & Electronics Tualatin, OR Magnalytix Nashville, TN MAGNEKON, SA DE CV SAN NICOLAS DE LOS GARZA, NL, Mexico
