Industry Directory | Manufacturer
Shenzhen Dingji Electronics co.,ltd was established in 2003,we are specialized in the field of SMT/AI machine and spare parts trading,SMT/AI parts repair service.
Industry Directory | Manufacturer
SMT JUKI spare parts and repair service.CyberOpitcs Laser,Juki,Samsung,Yamaha,DEK,Tenryu,Nozzles,Feeders,PWB,Motors.etc....
GREEN TECHNOLOGY Company is specialized in the field of Industrial PC boards and Electronic controls Repair. Repair all models of JUKI SMT m/c pc boards,and sale JUKI spare parts. Here are some of the items that we repair on a regular basis.juki lase
Electronics Forum | Fri Aug 07 13:03:53 EDT 2020 | assuredtech
SMT Forum, Does anyone know if the Sanyo laser alignments can be replaced with the Cyberoptics brand? If so is it plug and play or does it require any software or machine configuration changes. Thanks in advance
Electronics Forum | Mon Jan 02 13:52:03 EST 2023 | thanhctran30
Does anyone know the services engineer password for Ke2020? I'm trying to check to see if laser is bad and it required service engineer password. Thanks,
Used SMT Equipment | Labeling Systems
https://bajabid.hibid.com/lot/62286252/2018-ipte-flexmarker-laser-marking-machine/?q=&ref=catalog
Used SMT Equipment | SMT Equipment
Product name: KE - 2020 - m JUKI chip mounter Product number: KE - 2020 - m Products in detail Suitable for small components of high-speed SMT placement machine The characteristics of As the single module module concept, can according to produ
Industry News | 2020-11-03 18:16:39.0
2020 Global Surface Mount Technology Company Of The Year Award (Soldering Equipment)
Industry News | 2020-12-08 10:03:33.0
Baja Bid will be selling used electronic manufacturing equipment in our upcoming SMT auction. The online bidding period opens on December 14th at 8:00am EST and begins closing on December 16th at 1:00pm EST.
Parts & Supplies | SMT Equipment
JUKI laser sensor JUKI 750 laser E9631721000 SENSOR JUKI 750laser E9630721000 LAHD ASM JUKI740 laser E9635725000LA SENSOR （TOP CONNECTOR） JUKI740 laser E9635725000 FOCUSE MODULAR LAUNI JUKI760 laser E9635725000 FOCUSE MODULA
JUKI laser sensor JUKI 750 laser E9631721000 SENSOR JUKI 750laser E9630721000 LAHD ASM JUKI740 laser E9635725000LA SENSOR （TOP CONNECTOR） JUKI740 laser E9635725000 FOCUSE MODULAR LAUNI JUKI760 laser E9635725000 FOCUSE MODULA
Technical Library | 2020-03-26 14:55:29.0
This paper introduces line confocal technology that was recently developed to characterize 3D features of various surface and material types at sub-micron resolution. It enables automatic microtopographic 3D imaging of challenging objects that are difficult or impossible to scan with traditional methods, such as machine vision or laser triangulation.Examples of well-suited applications for line confocal technology include glossy, mirror-like, transparent and multi-layered surfaces made of metals (connector pins, conductor traces, solder bumps etc.), polymers (adhesives, enclosures, coatings, etc.), ceramics (components, substrates, etc.) and glass (display panels, etc.). Line confocal sensors operate at high speed and can be used to scan fast-moving surfaces in real-time as well as stationary product samples in the laboratory. The operational principle of the line confocal method and its strengths and limitations are discussed.Three metrology applications for the technology in electronics product manufacturing are examined: 1. 3D imaging of etched PCBs for micro-etched copper surface roughness and cross-sectional profile and width of etched traces/pads. 2. Thickness, width and surface roughness measurement of conductive ink features and substrates in printed electronics applications. 3. 3D imaging of adhesive dots and lines for shape, dimensions and volume in PCB and product assembly applications.
Technical Library | 2020-09-02 22:02:13.0
With the adoption of Wafer Level Packages (WLP) in the latest generation mobile handsets, the Printed Circuit Board (PCB) industry has also seen the initial steps of High Density Interconnect (HDI) products migrating away from the current subtractive processes towards a more technically adept technique, based on an advanced modified Semi Additive Process (amSAP). This pattern plate process enables line and space features in the region of 20um to be produced, in combination with fully filled, laser formed microvias. However, in order to achieve these process demands, a step change in the performance of the chemical processes used for metallization of the microvia is essential. In the electroless Copper process, the critical activator step often risks cross contamination by the preceding chemistries. Such events can lead to uncontrolled buildup of Palladium rich residues on the panel surface, which can subsequently inhibit etching and lead to short circuits between the final traces. In addition, with more demands being placed on the microvia, the need for a high uniformity Copper layer has become paramount, unfortunately, as microvia shape is often far from ideal, the deposition or "throw" characteristics of the Copper bath itself are also of critical importance. This "high throwing power" is influential elsewhere in the amSAP technique, as it leads to a thinner surface Copper layer, which aids the etching process and enables the ultra-fine features being demanded by today's high end PCB applications. This paper discusses the performance of an electroless Copper plating process that has been developed to satisfy the needs of challenging amSAP applications. Through the use of a radical predip chemistry, the formation, build up and deposition of uncontrolled Pd residues arising from activator contamination has been virtually eradicated. With the adoption of a high throwing power Copper bath, sub 30um features are enabled and microvia coverage is shown to be greatly improved, even in complex via shapes which would otherwise suffer from uneven coverage and risk premature failure in service. Through a mixture of development and production data, this paper aims to highlight the benefits and robust performance of the new electroless Copper process for amSAP applications
JUKI feeder calibration---ZK Electronic Technology Co., Limited
Supply all original new juki spare parts. supply SMT/AI spare parts. Our company main business as follows: 1.New and used SMT equipment trade. 2.Supply all original new JUKI spare parts. 3.Specialized in the field of JUKI pick and place,dis
Events Calendar | Tue Mar 30 00:00:00 EDT 2021 - Tue Mar 30 00:00:00 EDT 2021 | ,
Wisconsin Chapter Webinar: PCB Assembly – Labeling and Marking Technology and Materials
Career Center | Racine, Wisconsin USA | Engineering,Maintenance,Technical Support
SMT Technician Cree Lighting a Company of Ideal Industries (located in Racine, WI and Durham, NC) is a market-leading innovator of Indoor, Outdoor, and Consumer Bulb LED lighting. We are uniquely positioned to innovate new ways in which light
Career Center | , Philippines | Engineering,Technical Support
Electronic manufacturing and Semiconductor equipment programming, sustenance and preventive maintenance. Knowledge in PLC, pneumatics and automated equipment. Desktop, Laptop computer servicing trouble-shooting, repair, hardware and software instal
Career Center | , | 2013-03-07 10:18:07.0
Currently work as Equipment Engineer at Integrated Microelectronics Inc., Philippines handles Line Maintenance Technicians, that performs production equipment setup and sustenance. Implements/creates improvements on assigned area. Maintains group KRA
SMTnet Express, November 26, 2020, Subscribers: 27,950, Companies: 11,191, Users: 26,277 SMTnet is ... • Solution to the engineers' Search • Where engineers help engineers • Not a magazine • Publishes your content to be found
SMTnet Express, December 3, 2020, Subscribers: 27,924, Companies: 11,201, Users: 26,293 SMTnet is a web app … • It's not a magazine • It's a place where users can post their content ... And because of all the content from all
| https://www.feedersupplier.com/sale-13969942-smt-laser-6604054-cyber-optics-laser-juki-ke750-ke760-ke2020-laser.html
Smt Laser 6604054 Cyber Optics Laser Juki Ke750 Ke760 Ke2020 Laser Leave a Message We will call you back soon! Your message must be between 20-3,000 characters
Surface Mount Technology Association (SMTA) | https://www.smta.org/panpac/Pan-Pacific-2020-Program.pdf?v=20060405647
Pan Pac 2020 Program TIME LOCATION 12:00PM - 5:30PM Foyer 2:15PM - 2:55PM Lehua/Hau 2:55PM - 3:35PM Lehua/Hau 3:35PM- 3:50PM Courtyard 3:50PM - 4:25PM Lehua/Hau 4:25PM- 5:00PM Lehua/Hau 5:00PM - 6:00PM Breezeway TIME LOCATION Session 1 - Electrochemical Migration
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