SMT Machine Accessories & SMT Parts Supplier

KF-SMT Technology Co., Limited: Your One-Stop Shop for SMT Machine Accessories.

KF-SMT Technology Co., Limited is a professional company specializing in providing SMT machine accessories, sales of peripheral equipment accessories, maintenance, installation, and technical consulting. We were established in 2009 and have relied on sensitivity to markets and pioneering spirits ever since. Our company believes in quality as life and adheres to the guideline of credibility first, quality first, and making customers satisfactory as an aim. We have offered excellent products and service in both domestic and overseas markets.


All of SMT Parts can be supplied to you with good quality and cheap price. Such as SMT nozzle, SMT feeder, SMT feeder parts, Drivers, Motors, circuit board, solenoid valve, ball screw, belt, cable, SMT Holder, SMT filter, SMT cutter, SMT consumbles, etc... with complete varieties and specifications. For the following brands of pick and place machines, like YAMAHA, Panasonic, FUJI, JUKI, KME, SANYO, Sony, PHIL, UNIVERSAL, MIRAE, I-PULSE, CAMELOT, CASIO, CKD, Samsung, TDK, TESCON & TENRYU. We supply original new parts and copy/imitation SMT Spare parts.

 

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Function and working principle of the SMT feeder

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  Different types of feeders   have structural differences, but their working principles are basically the same, mainly including the following: 1. Component Identification and Positioning 2. Component Picking 3. Component Mounting 4. Feeder Reset and Preparation for Next Picking   Component Identification and Positioning The feeder identifies the type, size, and pin direction of components through internal sensors or cameras and transmits this information to the control system of the surface mount machine. The control system calculates the precise position of the components based on this information and commands the sticker head to pick them up.   Component Picking The sticker head is moved to the designated position of the feeder according to the instructions of the control system, and the components are picked up by vacuum suction or mechanical clamping. During the picking process, it is necessary to ensure that the pin direction and position of the components are accurate and corre
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Analysis of the problem of insufficient tin in SMT chip inductors

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Analysis of the problem of insufficient tin in SMT chip inductors As an indispensable component in modern electronic devices, the stability and reliability of chip inductors are crucial to the entire circuit system. However, in the actual production process, the soldering quality of chip inductors is often affected by many factors, among which the problem of insufficient tin is a more common one. This article will analyze the problem of insufficient tin in chip inductors in detail and explore its possible causes and solutions. Definition and impact of the problem of insufficient tin in chip inductors The problem of insufficient solder in SMD inductors refers to the soldering defects caused by insufficient solder during the soldering process of SMD inductors. This defect may cause a loose connection between the inductor pins and the PCB board, thus affecting the performance and stability of the inductor. Specifically, it manifests as insufficient solder joint strength, poor contact, poo
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Reasons for SMT nozzle suction errors

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  As a common component of   SMT machines , various problems may arise during operation, such as the inability to pick up, place, or install in the wrong position. So let's talk about the reasons and solutions for component extraction errors.   ● The suction coordinates (X, Y) for "suction data" are set incorrectly. In the case of tray components, the setting of "component starting position and spacing" in "component data" becomes the initial value for data extraction. Therefore, the "starting position, spacing, and number of components" of the "component data" should be entered correctly.   Solution: Reset the suction coordinates (X, Y).   ● The suction height (Z) for 'data suction' is set incorrectly. In this case, the suction nozzle cannot reach the component or cannot suck due to the reaction force generated by excessive pressure.   Solution: Reset the suction height (Z).   ● The nozzle selection is incorrect. Especially
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