Parts & Supplies | Pick and Place/Feeders
Smt JUKI CTF 8*4mm Paper Feeder CTF081P E1005706CB used in pick and place machine JUKI SMT Mounter feeder / feeder / feeding gun / Feeder / Stick Feeder / Stack Stick Feeder: Part Number Description E3003706AB0 AF12FS JUKI FEEDER 40081758 CF03HP
Parts & Supplies | Pick and Place/Feeders
Smt JUKI FTF 24mm FEEDER FF24FS E50057060B0 used in pick and place machine JUKI SMT Mounter feeder / feeder / feeding gun / Feeder / Stick Feeder / Stack Stick Feeder: Part Number Description E3003706AB0 AF12FS JUKI FEEDER 40081758 CF03HPR 8mm T
Parts & Supplies | Pick and Place/Feeders
Smt JUKI FEEDER 24MM FF24NS E50067060B0 used in pick and place machine JUKI SMT Mounter feeder / feeder / feeding gun / Feeder / Stick Feeder / Stack Stick Feeder: Part Number Description E3003706AB0 AF12FS JUKI FEEDER 40081758 CF03HPR 8mm TAPE
Parts & Supplies | Pick and Place/Feeders
JUKI SMT Mounter feeder / feeder / feeding gun / Feeder / Stick Feeder / Stack Stick Feeder: Part Number Description E3003706AB0 AF12FS JUKI FEEDER 40081758 CF03HPR 8mm TAPE FEEDER UNIT FOR 0603 40081759 CF05HPR 8mm TAPE FEEDER UNIT FOR 1005 400
Parts & Supplies | Pick and Place/Feeders
Juki feeder 8x4mm smt feeder CF style (CF081E) used in pick and place machine JUKI SMT Mounter feeder / feeder / feeding gun / Feeder / Stick Feeder / Stack Stick Feeder: Part Number Description E3003706AB0 AF12FS JUKI FEEDER
Industry News | 2017-05-21 10:12:34.0
Cleaning printed circuit boards has become more popular again due to the complexity of many board assemblies and coupled with the use of conformal coating. Products are often exposed to environments that often result in failures if bare boards or assemblies are no cleaned see http://www.bobwillis.co.uk
Industry News | 2020-01-15 15:51:08.0
Nordson MARCH, a Nordson company introduces the PROGENY™ plasma treatment system with a chamber that is 2 meters deep with overall dimensions of 660mm W x 2260mm D x 660mm H for plasma treatment of catheters at their full extended length. Plasma cleans and activates the surface prior to applying a lubricious coating and provides adhesive bonding of the balloon to the catheter. It removes contamination, impurities, and organics at the nanometer level and improves surface wettability, hydrophilicity, and bonding capabilities to address issues such as poor wetting, poor coating uniformity, voids, and poor adhesion.
Technical Library | 2021-11-03 17:05:39.0
Additively printed circuits provide advantages in reduced waste, rapid prototyping, and versatile flexible substrate choices relative to conventional circuit printing. Copper (Cu) based inks along with intense pulsed light (IPL) sintering can be used in additive circuit printing. However, IPL sintered Cu typically suffer from poor solderability due to high roughness and porosity. To address this, hybrid Cu ink which consists of Cu precursor/nanoparticle was formulated to seed Cu species and fill voids in the sintered structure. Nickel (Ni) electroplating was utilized to further improve surface solderability. Simulations were performed at various electroplating conditions and Cu cathode surface roughness using the multi-physics finite element method. By utilizing a mask during IPL sintering, conductivity was induced in exposed regions; this was utilized to achieve selective Ni-electroplating. Surface morphology and cross section analysis of the electrodes were observed through scanning electron microscopy and a 3D optical profilometer. Energy dispersive X-ray spectroscopy analysis was conducted to investigate changes in surface compositions. ASTM D3359 adhesion testing was performed to examine the adhesion between the electrode and substrate. Solder-electrode shear tests were investigated with a tensile tester to observe the shear strength between solder and electrodes. By utilizing Cu precursors and novel multifaceted approach of IPL sintering, a robust and solderable Ni electroplated conductive Cu printed electrode was achieved.
Industry News | 2015-05-13 14:00:03.0
The evolution of soldering processes in the Microelectronics Industry has made a paradigm shift away from Sn/ Pb to Pb-free. Compounded with advancements in miniaturization, Pb- free soldering's higher re-flow temperature and the nature of solder has resulted in poor reliability relative to: mechanical strength of the solder joint, warpage and thermal cycling performance. In response, YINCAE engineered low temperature solder joint encapsulation adhesives.
Industry News | 2018-10-18 08:27:03.0
An Analysis of SMT Solder Paste Printing Defects
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