Supply JUKI Plastic Rail at low price: More relative parts: JUKI 750(760) Y CABLE BEARER ASM E2331715000 JUKI 750(760)775 X CABLE BEARER ASM E2330725000 JUKI 2010(2030) PLASTIC RAIL PARTITION E2172729000 JUKI 2020 X AXIS PLASTIC RAIL CHAINS 40008068
Technical data: Power supply: AC:220V(110V)50HZ Power consumption: 600W Goods weight: 3.08kg/pcs Inner box size: 28*31.5*18.5cm Oter carton size: 60*65*21cm Q'TY: 4PCS/CTN Main function: Use special air conduction and no carbon brush AC pow
Electronics Forum | Thu Mar 04 10:07:46 EST 2004 | Chris Lampron
Sorry about the non SMT post, but I figured that there might be someone with a similar experience out there. We have been having a tough time cleaning the conveyor chains in our wave solder machine. We have been cleaning them in a self cleaning oven,
Industry News | 2019-04-23 07:49:30.0
Metcal today announced plans to exhibit with smartTec at SMTconnect, scheduled to take place May 7-9, 2019 at the Nuremberg Messe GmbH in Nuremberg, Germany. Company representatives will demonstrate the Connection Validation (CV) CV-5210 Soldering System with new hand-pieces, BVX-201 Fume Extractor and AC-STC Solder Tip Cleaner in Hall 4, Booth 101. Additionally, smartTec will hold a drawing for a chance to win a CV-5210.
Industry News | 2019-08-13 06:30:54.0
Metcal today announced plans to exhibit in Booth 1E25 at NEPCON Asia. Representatives from Metcal will demonstrate its new Robotic Soldering System, the Connection Validation (CV) Soldering System with new hand-pieces, AC-STC Tip Cleaner, HCT2-200 Hot Air Pencil and VFX–1000 Fume Extraction unit.
SMT MACHINE GENUINE JUKI SPARE PARTS JUKI 2050 2060 X AXIS MAGNETIC SCALE 40003274 SL710-0080L0019 JUKI Pats Specifications: Brand Name JUKI 2050 2060 X AXIS MAGNETIC SCALE Part number 40003274 Model SL710-0080L0019 Ensure Test in machine
E96307800A0 HEAD SENSOR ASM E963171500A DUCT (KD-76-03-C) E963171500B DUCT (KD-76-045-C) E963171500C DUCT (KD-76-085-C) E9631721000 LAHD SENSOR E9631729000 AC SERVO MOTOR(AC30W) E9632700000 RS232 CABLE E9632715B00 ZIPPER TUBE (GPJ-20) E963271
Technical Library | 2017-04-27 17:10:16.0
Using modern laser systems for the depanelization of circuit boards can create some challenges for the production engineer when it is compared to traditional mechanical singulation methods. Understanding the effects of the laser energy to the substrate material properly is essential in order to take advantage of the technology without creating unintended side effects. This paper presents an in-depth analysis of the various laser system operating parameters that were performed to determine the resulting substrate material temperature changes. A theoretical model was developed and compared to actual measurements. The investigation includes how the temperature increase resulting from laser energy during depaneling affects the properties of the PCB substrate, which varies from no measurable change to a lowering of the surface resistance of the cut wall depending on the cutting parameters.
Technical Library | 2013-05-09 14:35:18.0
Atmospheric dust consists of solids suspended in air. Dust is well known for its complex nature. It normally includes inorganic mineral materials, water soluble salts, organic materials, and a small amount of water. The impact of dust on the reliability of printed circuit board assemblies (PCBAs) is ever-growing, driven by the miniaturization of technology and the increasing un-controlled operating conditions with more dust exposure in telecom and information industries... First published in the 2012 IPC APEX EXPO technical conference proceedings.
A technology that identifies the intermetallic compound formation, enables the system to provide closed loop feedback to the operator and validates the condition of the solder joint. This technology works in conjunction with SmartHeat® and patented C
SMTnet Express, November 3, 2016, Subscribers: 26,550, Companies: 15,009, Users: 41,360 A Novel Method for the Fabrication of a High-Density Carbon Nanotube Microelectrode Array Adam Khalifa, Zhaoli Gao, Amine Bermak, Yi Wang, Leanne Lai Hang Chan
. Nordson EFD Introduces Sustainably-Sourced Optimum® ECO Dispensing Components on Earth Day Nordson EFD New, eco-friendly disposable fluid dispensing components lower carbon footprint with Polyethylene derived from renewable resources
. »The height of the foam is less important than the persistence of the foam: the more stable the bubbles, the better the product.« Each plate is scrubbed 20 times with a brush on the front for 10 seconds, and 3 times on the back for 6 seconds