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Global Soul Limited

Alta calidad

Sello de confianza, verificación de crédito, RoSH y evaluación de la capacidad del proveedor. La empresa tiene un estricto sistema de control de calidad y un laboratorio de pruebas profesional.
Global Soul Limited

Desarrollo

Equipo interno de diseño profesional y taller de maquinaria avanzada. Podemos cooperar para desarrollar los productos que necesita.
Global Soul Limited

Producción

Máquinas automáticas avanzadas, estrictamente sistema de control del proceso. Podemos fabricar todos los terminales eléctricos más allá de su demanda.
Global Soul Limited

100% de servicio

Envases a granel y pequeños envases personalizados, FOB, CIF, DDU y DDP. Permítanos ayudarle a encontrar la mejor solución para todas sus preocupaciones.

2011

Año de creación

100+

Empleados

500+

Se sirve a los clientes

15000000+

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China Global Soul Limited
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Global Soul Limited

Dirección: Sala F3B-016, Bloque B, Edificio de negocios Hao Yun Lai, calle Liutang, distrito Bao'an, Shenzhen, China
Envía un fax.: 86-0755-27678283
El teléfono.: 86-755-27962186
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Últimos casos de empresas sobre
2025/09/10
"Precisa coincidencia, cooperación ganar-ganar! Buscamos sinceramente socios para productos de boquilla de la máquina SMT".
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Últimos casos de empresas sobre Montaje de precisión, núcleo preciso: boquillas de succión personalizadas ASMPT, diseñadas para la máxima precisión
2025/09/08
Montaje de precisión, núcleo preciso: boquillas de succión personalizadas ASMPT, diseñadas para la máxima precisión
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Why is it necessary?) */ .gtr-container-x7y2z9 .gtr-section-title-x7y2z9 { font-size: 16px; font-weight: bold; margin-top: 2em; margin-bottom: 1em; color: #0056b3; text-align: left; } /* List styling - reset defaults */ .gtr-container-x7y2z9 ul, .gtr-container-x7y2z9 ol { list-style: none !important; margin: 0 0 1em 0 !important; padding: 0 !important; } /* List item styling */ .gtr-container-x7y2z9 ul li, .gtr-container-x7y2z9 ol li { font-size: 14px; margin-bottom: 0.5em; padding-left: 25px; /* Space for custom bullet/number */ position: relative; text-align: left; line-height: 1.6; } /* Unordered list custom bullet */ .gtr-container-x7y2z9 ul li::before { content: "•"; /* Custom bullet point */ color: #0056b3; /* Bullet color */ font-weight: bold; position: absolute; left: 0; top: 0; width: 20px; text-align: center; } /* Ordered list custom numbering */ .gtr-container-x7y2z9 ol li::before { content: counter(list-item) "."; /* Use browser's default counter */ counter-increment: none; /* Do not increment here, does it automatically */ color: #0056b3; /* Number color */ font-weight: bold; position: absolute; left: 0; top: 0; width: 20px; text-align: right; padding-right: 5px; } /* Contact information styling */ .gtr-container-x7y2z9 .gtr-contact-info-x7y2z9 { margin-top: 2em; padding: 15px; border: 1px solid #ddd; border-radius: 4px; background-color: #f9f9f9; text-align: left; font-size: 14px; } .gtr-container-x7y2z9 .gtr-contact-info-x7y2z9 strong { color: #0056b3; } .gtr-container-x7y2z9 .gtr-contact-info-x7y2z9 a { color: #0056b3; text-decoration: none; font-weight: bold; } .gtr-container-x7y2z9 .gtr-contact-info-x7y2z9 a:hover { text-decoration: underline; } /* Responsive adjustments for PC screens */ @media (min-width: 768px) { .gtr-container-x7y2z9 { max-width: 960px; /* Max width for larger screens */ margin: 20px auto; /* Center the component */ padding: 30px; box-shadow: 0 2px 8px rgba(0, 0, 0, 0.1); /* Subtle shadow for depth */ border-radius: 8px; /* Slightly rounded corners */ } .gtr-container-x7y2z9 .gtr-heading-main-x7y2z9 { font-size: 24px; text-align: center; /* Center main heading on PC */ } .gtr-container-x7y2z9 .gtr-section-title-x7y2z9 { font-size: 20px; } } Instalación de precisión, núcleo preciso: boquillas de succión personalizadas ASMPT, diseñadas para una precisión máxima Las boquillas de succión personalizadas de ASMPT aseguran que cada succión sea precisa y confiable. En el campo de la fabricación electrónica, el montaje preciso es la clave para determinar el rendimiento y la fiabilidad de los productos.Especialmente cuando se trata de chips cada vez más miniaturizados y componentes complejos, las boquillas de succión de uso general suelen fallar. Las boquillas de aspiración personalizadas ASMPT están diseñadas específicamente para hacer frente a los desafíos del montaje de alta precisión y alta dificultad.garantizar un rendimiento estable y eficiente en aplicaciones de embalaje avanzado y de densidad ultra alta. I. ¿Por qué es necesario personalizar las boquillas de succión? En la fabricación electrónica moderna, es común que los componentes sean de tamaño pequeño, tengan formas especiales o estén hechos de materiales sensibles.de peso ligero y forma irregularEn el caso de las bombillas de aspiración universales, los requisitos de tamaño de los poros de adsorción y resistencia a la presión negativa son extremadamente elevados. Adsorción inestable: La viruta se desplaza o cae durante el movimiento Desviación de precisión: la posición de montaje inexacta afecta al rendimiento del producto Daño de la superficie: las boquillas de succión no adecuadas pueden dañar la superficie de los componentes sensibles II. Ventajas fundamentales de las boquillas de succión personalizadas ASMPT Con su profunda acumulación en el campo de la fabricación de precisión, ASMPT le ofrece una solución completa de boquilla personalizada, destacando un valor excepcional Compatibilidad final, adsorción precisaDiseñamos con precisión basándonos en el tamaño, peso y forma de su chip específico para asegurar que la apertura de la boquilla y la intensidad de presión negativa estén exactamente en línea con los requisitos del componente.Incluso los microchips más pequeños que 200 μm pueden ser absorbidos de forma estable. Excelente calidad del material y durabilidad prolongadaSe seleccionan materiales especiales para garantizar que la boquilla de succión mantenga un rendimiento estable durante el uso a largo plazo.Ofrecemos boquillas especiales resistentes a altas temperaturas que resisten eficazmente la influencia de la expansión térmica, garantizando un rendimiento excepcional incluso en condiciones adversas. Integración inteligente y compatibilidad perfectaLa boquilla personalizada ASMPT puede combinarse perfectamente con su máquina de unión ASMPT existente.Alarmará automáticamente o detendrá la operación para evitar defectos de producción. Fácil de mantener y rentableEl diseño tiene en cuenta los requisitos de mantenimiento diarios, es fácil de limpiar y reemplazar, y reduce el tiempo de inactividad.La limpieza ultrasónica regular puede mantener el tamaño de los poros sin obstrucciones y garantizar un rendimiento de adsorción estable a largo plazo. Iii. Amplios escenarios de aplicación Las boquillas de succión personalizadas de ASMPT han demostrado su valor excepcional en múltiples campos de alta precisión: Aplicaciones avanzadas de envasado: admite aplicaciones de alta densidad con un paso mínimo de montaje de 50μm Instalación de microchips: diseñados específicamente para microchips de tamaño inferior a 200 μm. Entorno de proceso a altas temperaturas: diseño resistente a altas temperaturas, adecuado para procesos de envasado adhesivo Componentes de forma especial: Proporcionar soluciones personalizadas para componentes no estándar IV. Nuestros servicios profesionales Al elegir las boquillas de succión personalizadas ASMPT, obtiene más que un producto Evaluación técnica profesional: Nuestro equipo de ingenieros evaluará si el tamaño y el peso de su chip están dentro de los parámetros de adsorción del equipo Solución completa: ofrecemos una gama completa de servicios desde la selección de boquillas hasta la puesta en marcha del sistema de presión Apoyo técnico continuo: recordatorios periódicos de calibración y sugerencias de mantenimiento para garantizar que el equipo esté siempre en las mejores condiciones. Las boquillas de succión personalizadas ASMPT le ayudarán a resolver el problema de montar componentes pequeños y mejorar significativamente el rendimiento y la eficiencia de la producción. Póngase en contacto con nuestros expertos técnicos inmediatamente para adaptar una solución de boquilla de succión precisa para usted Si el número de pieza no aparece en nuestro sitio web, envíe un correo electrónico a:el nombre de la empresa y el nombre de su filial;¡y le daremos el precio lo antes posible!
Últimos casos de empresas sobre Máquina Integrada de Precalentamiento por Spray de Flux S600P PLUS (Nuevo Modelo)
2025/09/01
Máquina Integrada de Precalentamiento por Spray de Flux S600P PLUS (Nuevo Modelo)
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Principales características Pantalla táctil industrial de 7 pulgadas + control PLC Sistema de calefacción de infrarrojo lejano Sistema de gestión de la soldadura por flujo cuantitativo Control de flujo de precisión Sistema de filtración de aire de escape La adición de filtración forzada de gases de escape y de flujo puede reducir el olor del rocío y el tiempo de limpieza de la tubería Modo de pulverización basado en fórmula Todos los parámetros clave de pulverización pueden importarse y exportarse para una gestión conveniente. Múltiples modos de precalentamiento Se puede configurar en modo de permanencia (en combinación con máquinas de inmersión de estaño totalmente automáticas) y en modo de no permanencia tradicional (en combinación con soldadura de onda modular o soldadura de onda tradicional). Parámetros del producto Parámetro Valor Modelo S600 PLUS (tipo de mantenimiento de precalentamiento) Tamaño externo L*W*H L1600mm*W130mm*H1650mm Nota (excluida la altura del ventilador 250-350MM) Peso APPROx.380 kg. El peso de las piezas Modo de control PLC + pantalla táctil Altura de transmisión de los PCB Alturas de los transportadores de PCB 750 ± 30 mm Velocidad de transporte Velocidad del transportador0-3000 mm/min Dirección de transmisión Dirección del transportador izquierda ~ derecha (personalizable derecha ~ izquierda) Espacio de los bordes del PCB Espacio entre los bordes del PCB ≥3 mm Ancho de ajuste de la amplitud de la vía Ajuste de la anchura del transportadorMAX50-350 mm Modo de modulación de la amplitud Manual de ajuste del modo de anchura Cantidad de boquilla 1 Tipo de boquilla Boquilla importada de alta atomización Modo de conducción Espray para móvil Altura del componente 60 mm por encima y 40 mm por debajo (Otras alturas se pueden personalizar) Capacidad Volumen del depósito de material3L El volumen de aire de escape requerido es: Capacidad de calado superior a 10 m3/min Los ventiladores de escape son Equipo estándar Fuente de alimentación Fuente de alimentación trifásica de cinco cables de 380 V Potencia total 6.5KW/1.5-2KW Presión 0.4-0.6Mpa S600D PLUS Máquina de soldadura por inmersión totalmente automática (nuevo modelo) Apoya el modo de soldadura por inmersión de placa pequeña y multiplaca Principales aspectos técnicos Transmisión de ruedas de precisión, mayor eficiencia Modo de soldadura simultánea de varias placas (se puede cambiar el modo de soldadura de una sola placa/múltiplas placas) Tecnología de conducción y control de temperatura de precisión para hornos de estaño (menor diferencia de temperatura, mayor eficiencia energética y durabilidad) Está equipado con un sistema de escape de alta eficiencia. Principales características Control de pantalla táctil industrial de 7 pulgadas + sistema inteligente de PLC Servo de paso de precisión cerrada inteligente + sistema de elevación de tornillo de plomo importado Hornos de estaño sin plomo de pequeña capacidad de 100-120 kg. Función de limpieza automática de escorias de estaño Sistema de transporte de dos etapas + dispositivo de ajuste de ancho manual Motor doble paso + transmisión de ruedas (sin pérdidas) Tecnología de detección automática del nivel de líquido del horno de estaño (opcional) Placa de calefacción de hierro dúctil (patente de Río Tinto, 40% de ahorro energético) Dispositivo de refrigeración de viento fuerte Modo de alimentación de placas totalmente automático Protección contra el exceso de temperatura del horno de estaño + protección contra el exceso de temperatura por precalentamiento Interruptor de seguridad para el área de soldadura por inmersión Principales parámetros técnicos Parámetro Valor La anchura máxima ajustable de la placa de PCB es 50 a 300 mm (máximo admitido: 450 mm) La altura de transporte de la placa de PCB es 750 ± 20 mm La velocidad de transporte de la placa de PCB es 0 a 1,8 metros por minuto El ángulo de transporte (ángulo de inclinación de soldadura) de la placa de PCB es 0 a 7 grados La dirección de transporte de la placa de PCB es de izquierda a derecha El límite máximo de altura para los componentes de la placa de PCB es: .80 mm Capacidad máxima de producción 25 segundos por ciclo Área de soldadura por inmersión Cuadro de la muestra: Potencia del horno de estaño 7.2kw Capacidad de fusión de estaño del horno de estaño 120 KG Temperatura del horno de estaño temperatura ambiente hasta 350°C Precisión del control ± 1°C Modo de control de la temperatura P.I.D. + SSR Modo de control general de la máquina pantalla táctil + PLC Fuente de alimentación Las demás: La potencia inicial es 7.5kw La potencia de funcionamiento normal es 1.5kw Fuente de gas Entre 4 y 7 kg/ cm2 Las dimensiones exteriores son: El valor de las emisiones de gases de efecto invernadero es el valor de las emisiones de gases de efecto invernadero. Peso 480 kg
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Unidad central de Fuji para ventas
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Últimos casos de empresas sobre Las boquillas SMT a medida
2024/11/15
Las boquillas SMT a medida
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Últimos casos de empresas sobre Iluminación SMT de fábrica
2024/11/15
Iluminación SMT de fábrica
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Últimas noticias de la empresa sobre 5 Key Points Affecting Placement Accuracy: How Does Samsung's Surface Mount Technology (SMT) Placement Machine achieve H
5 Key Points Affecting Placement Accuracy: How Does Samsung's Surface Mount Technology (SMT) Placement Machine achieve H
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For surface mount technology (SMT) placement machines, placement accuracy directly affects product quality and production efficiency. Especially for high-end SMT placement machines like Samsung, accuracy is one of the core competitive advantages. So, how does the Samsung surface mount technology (SMT) placement machine achieve high-precision mounting? Today, let's talk about the five key points that affect the accuracy of mounting and see how Samsung achieves this with "precision". I. Visual System: The "Eyes" of Machines To achieve high-precision mounting, one must first have a pair of "bright eyes ". The visual system of a surface mount technology (SMT) placement machine is like the brain of the machine, precisely identifying components and calibrating their positions through upper and lower vision. The vision system of Samsung's surface mount technology (SMT) machine is highly advanced. It can not only accurately identify the model, direction and position of components, but also check the offset of the PCB board in real time. Its workflow is roughly as follows: Upper visual: Check the orientation and positioning of the components themselves to ensure they meet the preset standards. Next visual: Check the coordinates of the PCB board to confirm the positions where the components are to be attached. If there is a problem with the visual system, it may lead to component recognition failure, positional deviation during mounting, or even incorrect component mounting. Therefore, a precise visual system is the first step to ensuring high-precision mounting. Second, suction nozzle system: A stable "suction force" is very important The nozzle system is the "finger" of the surface mount technology (SMT) machine. Its function is to lift components from the material tape through vacuum suction force and then precisely mount them onto the PCB. To achieve high mounting accuracy, the nozzle system must ensure a stable suction force to prevent components from falling off or shifting their positions. The nozzle system of Samsung's surface mount technology (SMT) machines is designed with great precision and is usually equipped with a variety of nozzles to accommodate components of different sizes and types. The material of the suction nozzle head, the sealing performance of the vacuum pipeline, and the adjustment of suction force will all affect the grasping and positioning accuracy of the components. If the suction force of the suction nozzle is unstable, it may cause: The components cannot be attracted. Component drops; The suction tip is loose, affecting the accuracy of mounting. Therefore, the precise control of the nozzle system is crucial for ensuring the placement accuracy. Three, Transmission System: A Stable "runway" The conveying system of Samsung's surface mount technology (SMT) machine is like a smooth "runway ", transporting PCB boards from one position to another. If there is a problem with the transmission system, the position of the PCB board will shift or be uneven, which will cause errors in the mounting position and affect the overall mounting accuracy. In the high-precision surface mount technology (SMT) process, the stability of the transfer system is of great significance. The transmission speed, position control, and the tightness of the clamping device all need to be precisely adjusted to ensure that the PCB board does not have any positional deviation during the surface mount process. Otherwise, even if other systems are highly precise, if the movement of the PCB is unstable, precise mounting cannot be guaranteed. Four, Control System: Precise scheduling and coordination of the actions of each module The control system is the "brain" of the entire surface mount technology (SMT) machine. It is responsible for coordinating the actions of all modules, including feeding, suction, visual inspection, and conveying processes. The control system of Samsung's surface mount technology (SMT) placement machine is highly intelligent. It can adjust the working parameters of each module according to production requirements to achieve precise time and space coordination. The accuracy of the control system directly affects the overall performance of the surface mount technology (SMT) machine. If there is a delay or error in the control system, it may lead to improper coordination among various modules and affect the placement accuracy. For instance, an error in the mounting time may cause the suction nozzle to not pick up the component at the most appropriate time, or the visual system to fail to detect the position information in time, thereby resulting in mounting errors. Through a highly integrated software system, Samsung enables more precise coordination between each module, ensuring that every component is mounted at the right time and in the right position. Five, Calibration and Debugging: Details determine success or failure No matter how advanced the surface mount technology (SMT) placement machine is, if it has not undergone correct calibration and debugging, it may lead to unstable placement accuracy. Samsung surface mount technology (SMT) machines undergo strict and precise calibration before leaving the factory to ensure that the parameters of each module are in the optimal state. In the actual production process, regular maintenance and debugging should not be ignored either. By regularly calibrating the visual system, nozzle system, transmission system, etc., the stability of the mounting accuracy can be effectively guaranteed. For instance, the height adjustment of the suction nozzle, the cleaning and focusing of the visual system, etc., will all affect the accurate mounting of components. If these details are not handled properly, there may be deviations in the mounting position or instability of the components. Therefore, correct calibration and debugging are the guarantee for achieving high-precision mounting. Through the analysis of the five key points of Samsung's surface mount technology (SMT) machines, we can see that high-precision placement cannot be achieved by a single module alone, but is the result of the mutual cooperation and precise scheduling of various systems. Specifically, the five key points that affect the placement accuracy include: Visual system: Ensures precise identification and alignment of components and PCBS. Suction nozzle system: Provides stable suction force to ensure accurate grasping and placement of components. Transmission system: Ensure the smooth movement of the PCB board and avoid positional deviations. Control system: Coordinate the actions of each module to ensure the accuracy and error-free placement process. Calibration and debugging: Regularly calibrate and maintain to ensure the stable operation of all modules. If Samsung can strive for excellence in these key points, then its surface mount technology (SMT) machines can maintain high precision and stable performance, and stand out in the fierce market competition.
Últimas noticias de la empresa sobre When buying a surface mount technology (SMT) placement machine, don't just focus on speed! A Comprehensive Guide to Sele
When buying a surface mount technology (SMT) placement machine, don't just focus on speed! A Comprehensive Guide to Sele
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A Comprehensive Guide to Selecting the Samsung Ultra High Speed Series When many people purchase a surface mount technology (SMT) placement machine, the first thing they focus on is the "speed" - such as 80K, 90K, and 100K placement speeds. Each seems more powerful than the last, as if the faster the placement, the more powerful the machine is. But don't worry. Choosing a surface mount technology (SMT) machine only based on speed is like buying a car and only considering the 0-100 km/h acceleration without caring about comfort, fuel consumption, or even whether the road in front of your house is full of potholes - it's easy to overturn! Today, let's talk about what to consider when choosing a surface mount technology (SMT) placement machine, especially for Samsung's Ultra-high Speed series. It's not just about focusing on the three words "ultra-high speed" and that's it. We need to clearly see if it suits our production line, product type, budget, and future expansion needs. First, let's make it clear: The speed of surface mount technology (SMT) does not equal production efficiency Many beginners get so excited when they hear that the machine can stick 80,000 or 100,000 points per hour, feeling that the production capacity will double directly after they buy it. But in actual use, it was found that no matter how fast the speed was, if the wrong positions were pasted, the lines were frequently changed, and the machine adjustment was complicated, the efficiency of the entire production line was actually not as good as before. The speed of a surface mount technology (SMT) placement machine is generally divided into two types: Theoretical speed: The ideal value obtained under the laboratory conditions of the manufacturer, which can only be used as a reference. Actual speed (also known as CPH) : What can be achieved on your own production line, your own materials, and your own boards is the real thing. So, don't just look at the data on the promotional page. The actual CPH measurement is the key. Ii. How is the Samsung surface mount Technology (SMT) machine really? In the mid-to-high-end market, Samsung's surface mount technology (SMT) machines offer a very competitive cost-performance ratio. Especially the SM series and Decan series (such as SM481, SM485, Decan S1, S2, S2 Plus), are called "efficiency bearers" and "factory steel cannons" by many OEM and EMS colleagues. Here are a few simple advantages: The operation interface is user-friendly and the software is easy to get started with. The parts have good universality and are easy to maintain. It offers high cost performance. With the same configuration, its price is often much more affordable than that of European, American and Japanese brands. It has strong compatibility and can be attached to 0201, 0402, as well as large-sized ics or irregular-shaped components. However, there are also significant differences among various models. Let's analyze how to choose by type below. 10.jpg Iii. Selection Guide for Samsung Ultra High Speed Series Models The mainstream high-speed models of Samsung surface mount technology (SMT) machines are divided into several grades. Let's take a look at them one by one. 1. SM471+ / SM481+ (Classic Model Suitable for: Small and medium-sized batch, multi-variety manufacturing enterprises; Speed: The SM471+ is a dual-track head, approximately 78,000CPH; SM481+ is a monorail head with approximately 39,000CPH. Features: Wide mounting range, stable precision, suitable for hybrid products, such as boards with small components and medium ics. Recommendation reason: If you are just starting your SMT production line and want to control the budget while also requiring stable output, these two models are the classic entry-level choices. 2. Decan S1 / S2 / S2 Plus (Flagship Level) Suitable groups: Medium and large-batch orders, customers with multiple production line integration. Speed: The theoretical maximum CPH of the Decan S2 exceeds 90K, and it can also steadily run over 70K in reality. Advantages and highlights Equipped with an intelligent visual recognition system, precise mounting is more stable. Supports the mounting of various irregular-shaped components and large-sized components. Flexible configuration, the number of feeders can be expanded, and it supports intelligent warehouse connection. • Applicable scenarios: Scenarios with high density, high speed and high stability, especially for consumer electronics and automotive electronics products. 3. Samsung EXCEN Series (for Ultimate high-speed cables) Suitable for: Factories that only produce large quantities of standardized products; Speed: The theoretical speed exceeds 140K CPH, almost making it the "fighter jet" in the surface mount technology (SMT) field. Usage threshold: The production line must be equipped with high-cycle lines, AOI, and SPI systems in sync. It is not recommended for small and medium-sized factories with chaotic orders and frequent wire changes. This type of model is not only useless but also a waste of money. 13.jpg Before choosing a machine, ask yourself a few questions first When it comes to choosing a surface mount technology (SMT) placement machine, it's not about who spends more money, but rather who spends it "smartly". Before purchasing, it is recommended to ask several key questions clearly Do I have a wide variety of products in my home? Do you change the cables frequently? Is the mounted component small or large? Are there any irregular-shaped parts? What is the approximate monthly output? Is there a difference between peak and off-peak seasons? What is the approximate budget range? Should I only buy a surface mount technology (SMT) placement machine or a full range of products? Will the line be expanded in the coming year? Is it necessary to consider universality? Once these issues are clarified, basically, more than half of the unsuitable models can be filtered out. Five, in addition to the surface mount speed, these hidden parameters also need to be considered! Some detailed parameters are actually more crucial than speed, especially for factories that pursue high yield rates: Number of Nozzles: It affects whether the machine can attach multiple components simultaneously. The recognition capability of the upper and lower cameras: It is related to the mounting accuracy of irregular-shaped parts and large-sized ics. Feeder capacity and type support: Compatibility of different brand tapes affects the efficiency of material change. Software support and remote operation and maintenance capabilities: A "life-saving tool" for later debugging and exception handling; Don't overlook these. Small differences, over time, all turn into costs when consumed! When buying a surface mount technology (SMT) placement machine, suitability is the most important! Ultimately, choosing a surface mount technology (SMT) placement machine is like buying shoes - it's not that the most expensive one is the best, but that the one that fits best is the most worthwhile. Don't blindly chase after speed. After all, the surface mount technology (SMT) machine is the brain of the entire production line. Stability, accuracy, and strong scalability are the true "good helpers" that can save you time, effort, and money. If you are struggling to decide which Samsung surface mount technology (SMT) placement machine to buy, you might as well first make a basic screening based on the above points, and then look for a reliable channel or agent, such as our Zhonghan Jingji, a comprehensive company that has been dedicated to the sales, maintenance, and repair of Samsung SMT placement machines, as well as SMT peripheral equipment for over ten years. Ask if there is any stock available, trial operation conditions, after-sales service, etc. The last sentence - Don't be fooled by the data. Those who run fast don't necessarily win. What can "make money steadily" is the way to go!
Últimas noticias de la empresa sobre Detailed Explanation of Fault Diagnosis and Maintenance Steps for Hanwha Chip Mounter feeders
Detailed Explanation of Fault Diagnosis and Maintenance Steps for Hanwha Chip Mounter feeders
.gtr-container-f7h9k2 { font-family: Verdana, Helvetica, "Times New Roman", Arial, sans-serif; color: #333; line-height: 1.6; padding: 15px; box-sizing: border-box; } .gtr-container-f7h9k2 p { font-size: 14px; margin-bottom: 1em; text-align: left !important; } .gtr-container-f7h9k2 .gtr-main-title { font-size: 18px; font-weight: bold; margin-bottom: 1.5em; text-align: left; color: #0056b3; } .gtr-container-f7h9k2 .gtr-section-title { font-size: 16px; font-weight: bold; margin-top: 2em; margin-bottom: 1em; text-align: left; color: #0056b3; border-bottom: 1px solid #eee; padding-bottom: 0.5em; } .gtr-container-f7h9k2 ul, .gtr-container-f7h9k2 ol { list-style: none !important; margin: 0 0 1em 0 !important; padding: 0 !important; } .gtr-container-f7h9k2 li { font-size: 14px; margin-bottom: 0.5em; padding-left: 25px; position: relative; text-align: left; } .gtr-container-f7h9k2 li p { margin-top: 0.5em; margin-bottom: 0.5em; text-align: left !important; } .gtr-container-f7h9k2 ul li::before { content: "•"; color: #0056b3; font-weight: bold; position: absolute; left: 0; top: 0; width: 20px; text-align: center; } .gtr-container-f7h9k2 ol li::before { content: counter(list-item) "."; counter-increment: none; color: #0056b3; font-weight: bold; position: absolute; left: 0; top: 0; width: 20px; text-align: right; } @media (min-width: 768px) { .gtr-container-f7h9k2 { padding: 25px; } .gtr-container-f7h9k2 .gtr-main-title { font-size: 20px; } .gtr-container-f7h9k2 .gtr-section-title { font-size: 18px; } } Detailed Explanation of Fault Diagnosis and Maintenance Steps for Hanwha Chip Mounter Feida Having worked in the SMT industry for a long time, everyone knows that the Feeder of the surface mount technology (SMT) placement machine is no small player. Although it is just a component responsible for "feeding materials", if it malfunctions, the entire production line will be like a truck with a throat stuck, unable to move smoothly anywhere. Especially for Hanwha's surface mount technology (SMT) machines, there are many types of Feida and they have a high degree of automation. However, once a problem occurs, it can be a bit difficult to troubleshoot. So, what are the common faults of Hanwha's surface mount technology (SMT) machine feeder? How to check step by step and how to fix it? We won't go through textbook-style explanations. Instead, we'll go through a practical process so that you can apply what you've seen and do on the spot. I. What exactly is a Feida for? Let's first quickly review the functions of Feida: In simple terms, it is the "feeder" of the surface mount technology (SMT) machine. There are so many small components on the PCB board. To attach them one by one quickly and accurately, it relies on Feida to precisely deliver the materials under the suction nozzle. If a feeder makes a slight mistake, the suction nozzle may be crooked, fail to suck, or even suck wrongly. Several common faults of the feeder in a surface mount technology (SMT) placement machine II. Several common Faults of Feida Let's first take a look at what the most common faults of the feeder on the production line are: No material flow/The feeding is not smooth One of the most common problems. If the Feida motor does not move, gets stuck with materials, the spring ages, or even has foreign objects on the guide rail, it can all lead to "inability to push". Over-feeding/feeding position skipping If the material belt jumps over several positions at once, it is mostly due to the slippage of the feeder gear or the malfunction of the photoelectric sensor. The material tape breaks or gets stuck This is related to tension control. Sometimes the Feida tensioner is too tight, or the quality of the material tape itself is poor. Report Feida error codes (such as E1, E3, E5, etc.) This type of malfunction is usually caused by the system detecting abnormal signals, such as poor power contact, inaccurate encoder feedback, or even improper insertion of the feeder slot. III. Detailed Explanation of Fault Diagnosis Steps for Feida Next, let's get to the point. How to check step by step if there's a problem Step 1: Check the prompt and lock the range Hanwha's surface mount technology (SMT) machine will directly report an Error, such as "Feeder Error E1" or "Feeder not detected". At this point, the first step is to check the content of the error report to initially determine which feeder has a problem. Is it a mechanical jamming? Or is there a signal loss? Step 2: Physical inspection of the Feida body Disassemble the faulty feeder and visually inspect it to see if there is any deformation, breakage or any debris blocking the feeding port. Sometimes it's just a small piece of paper stuck in the gear. Step 3: Inspect the feida interface and contact points Most Hanwha Feida models use electric feida, and the metal contacts at the bottom of the feida are the key. If the contact is poor, it will lead to abnormal recognition or failure. You can gently wipe the contacts with an eraser and then insert them back to try. Step 4: On-machine test After checking that there are no issues, reinsert the feeder and jog the "feeding" function on the machine to observe if the material flows smoothly. If the material leakage is still incorrect, you can proceed to the next step - module-level maintenance. Feida maintenance tips and practical suggestions IV. Maintenance Tips and Practical Suggestions for Feida Vehicles When repairing a flying motor, in fact, it is often not a "major overhaul", but rather a partial adjustment and replacement. Replace small parts such as springs, pressure plates and gears Many problems with Hanwha Feida lie in these vulnerable parts. Generally, manufacturers have separate repair kits, and you can solve the problem by replacing them yourself. Pay attention to lubrication and cleaning After long-term use, the track of the Feida will accumulate dust and the resistance will increase. Gently wipe the tracks and gears with an alcohol cotton cloth. Add some lubricating oil if necessary, but don't use too much to prevent it from overflowing. Standardized maintenance procedures If it is a batch delivery issue, it is recommended to establish a small process, such as unified maintenance, cleaning, and number management every week. This will be more efficient and also facilitate subsequent troubleshooting. Apart from maintenance, procurement is also very important Many small factories, in order to save costs, like to purchase "third-party Feida", but the result is poor stability, frequent breakdowns and frequent repairs. Over time, they are actually more expensive than the original ones. It is recommended to either choose reliable third-party manufacturers (with a good reputation) or directly use original factory parts. Moreover, Feida is a "frequently used component". When buying a second-hand one, be sure to pay attention to the maintenance record. Don't be tempted by low prices and end up in a trap. Only by understanding Feida can the production line not fail The Feida of Hanwha's surface mount technology (SMT) machine is neither too big nor too small. Once it goes on strike, the overall production efficiency drops. So, rather than waiting for it to break down before repairing, it's better to maintain it more often and conduct regular inspections on a regular basis. Once you master the basic troubleshooting methods, many problems can actually be solved within five minutes, and there's no need to wait for an engineer to come. If you are an operator, an engineer, or even a boss, remember this: Although Feida is small, its role is significant. Don't let it become a "weak link in the production line". If you find this article practical, you are also welcome to save it, share it or show it to your colleagues in the workshop. Maybe one day it will come in handy for "putting out a fire"!
Últimas noticias de la empresa sobre Why does a surface mount technology (SMT) placement machine need major maintenance? A deep analysis of the core value of
Why does a surface mount technology (SMT) placement machine need major maintenance? A deep analysis of the core value of
.gtr-container-p9q1r3 { font-family: Verdana, Helvetica, "Times New Roman", Arial, sans-serif; color: #333; line-height: 1.6; padding: 15px; box-sizing: border-box; max-width: 100%; overflow-x: hidden; } .gtr-container-p9q1r3 p { font-size: 14px; margin-bottom: 1em; text-align: left; word-break: normal; overflow-wrap: break-word; } .gtr-container-p9q1r3 .gtr-main-title { font-size: 18px; font-weight: bold; margin-bottom: 1.5em; color: #0056b3; /* A professional blue for titles */ text-align: left; } .gtr-container-p9q1r3 .gtr-section-title { font-size: 18px; font-weight: bold; margin-top: 2em; margin-bottom: 1em; color: #0056b3; text-align: left; } .gtr-container-p9q1r3 .gtr-image-wrapper { margin: 1.5em 0; text-align: center; } .gtr-container-p9q1r3 .gtr-image { max-width: 100%; height: auto; display: block; margin: 0 auto; border: 1px solid #ddd; /* Subtle border for images */ box-shadow: 0 2px 5px rgba(0,0,0,0.1); } .gtr-container-p9q1r3 .gtr-list { list-style: none !important; padding: 0; margin: 1em 0; } .gtr-container-p9q1r3 .gtr-list li { position: relative; padding-left: 25px; margin-bottom: 0.5em; font-size: 14px; text-align: left; } .gtr-container-p9q1r3 .gtr-list li::before { content: "•"; position: absolute; left: 0; color: #007bff; /* A vibrant blue for list markers */ font-weight: bold; font-size: 1.2em; line-height: 1; } @media (min-width: 768px) { .gtr-container-p9q1r3 { padding: 25px 50px; } .gtr-container-p9q1r3 .gtr-main-title { font-size: 22px; } .gtr-container-p9q1r3 .gtr-section-title { font-size: 20px; } } Why does a surface mount technology (SMT) placement machine need major maintenance? A deep analysis of the core value of equipment maintenance and repair In modern electronic manufacturing, SMT placement machines are like the precision heart of the production line, and their operational status directly affects the production efficiency and product quality of enterprises. This article will, from the perspective of the full life cycle management of equipment, deeply analyze the necessity of major maintenance for surface mount technology (SMT) machines and reveal how this seemingly "shutdown for maintenance" investment can be transformed into the core competitiveness of enterprises. Maintenance requirements for the precise structure of surface mount technology (SMT) machines The surface mount technology (SMT) machine is a typical high-precision mechatronic device. The precision of its core moving parts can reach ±0.01mm, which is equivalent to 1/7 of a human hair. The movement speed of the X-Y axis linear motor can reach 3m/s, and the suction nozzle assembly can complete 20 precise picking and placing actions per second. The long-term operation of this kind of precision machinery is bound to produce: Mechanical wear: The average annual wear of the guide rail slider reaches 0.03mm Gas line contamination: Residual oil mist causes the vacuum value to drop by 30% Electrical aging: The insulation performance of the servo motor deteriorates by 5% annually Optical attenuation: The optical attenuation of the visual alignment system reaches 15% per year The key technical dimensions of major maintenance Standardized preventive maintenance should include six core modules: Mechanical calibration: Calibrate the accuracy of the motion axis through a laser interferometer and correct cumulative errors Gas path purification: A three-stage filtration system is adopted to remove particles of 0.01μm grade Electrical inspection: Use an infrared thermal imager to scan the thermal distribution of the circuit board Software optimization: Upgrade the firmware and rebuild the motion parameter database Consumable replacement: including 32 vulnerable parts such as the O-ring of the suction nozzle and the diaphragm of the vacuum generator Functional test: Perform the placement accuracy verification under the IPC-9850 standard Quantitative analysis of economic benefits The practical data of a certain ODM manufacturer shows: The cost of downtime due to failure: The average loss of a single unplanned shutdown is 187,000 yuan Maintenance input-output ratio: 1:7.3 (Annual maintenance cost to loss avoidance ratio) Extended equipment lifespan: Standardized maintenance can extend the service life of equipment by 5 to 8 years Energy consumption optimization: After maintenance, the power consumption of the equipment is reduced by 12-15% Yield improvement: The placement offset rate has been reduced from 650ppm to 120ppm The new development trend of intelligent maintenance With the application of industrial Internet of Things technology, the maintenance and repair model is undergoing revolutionary changes: Predictive maintenance: By monitoring harmonic characteristics through vibration sensors, faults can be predicted three weeks in advance Digital twin: Establish virtual equipment models to simulate maintenance plans AR assistance: Technicians obtain real-time maintenance guidance through smart glasses Blockchain traceability: Establish an unalterable chain of maintenance records Establish a scientific maintenance system Enterprises should establish a three-level maintenance system: Daily maintenance (8 hours per shift) : cleaning, inspection, and parameter recording Monthly maintenance (4 hours per month) : Inspection of key components and lubrication replenishment Annual major maintenance (72 hours per year) : Comprehensive disassembly inspection and precision calibration The major maintenance of surface mount technology (SMT) machines is by no means a simple cost expenditure, but a strategic investment in the enterprise's production system. In the era of intelligent manufacturing, equipment maintenance has shifted from passive repair to active value creation. By establishing a scientific preventive maintenance system, enterprises can not only ensure the best performance of equipment, but also build a lasting competitive advantage in the three dimensions of quality, efficiency and cost. Only when equipment maintenance becomes an important part of manufacturing culture can enterprises truly make the leap from "fire-fighting" production to lean manufacturing.
Últimas noticias de la empresa sobre Do you know why SMT uses a dust-free workshop
Do you know why SMT uses a dust-free workshop
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Circuit assembly techniques that are welded and assembled through methods such as reflow soldering or dip soldering. The production equipment in the SMT workshop is all high-precision machines, and there are certain requirements for the dust-free level of the SMT workshop environment. Excessive dust in the SMT workshop will affect the placement accuracy and soldering quality of tiny components such as 0201 and 01005 with an extremely fine pitch of 0.3mm. Do you know why SMT uses dust-free workshops? (Figure 2) Do you know why SMT uses dust-free workshops? (Figure 3) Excessive dust can also increase equipment wear and tear, even equipment failure, and raise equipment maintenance costs. Therefore, the workshop work site should be kept clean, free of dust, corrosion and odorous gases. Reducing the impact of dust particles on products and equipment, ensuring the normal operation of equipment and personal health is particularly important. Do you know why SMT uses a dust-free workshop? (Figure 4) Reasons for Dust-Free Workshop Through the construction of cleanrooms, at the fundamental level: Ensure the stability of equipment operation in the workshop and the accuracy of mounting; Ensure that the pads of the products processed during the manufacturing process are not contaminated by dust, which may affect the welding yield. Prevent the generation of static electricity due to the flow of large amounts of dust and environmental changes, which may cause ESD risks; Ensure that the indoor air is more hygienic and fresh, which is conducive to people's comfortable work and good health. Ensure product quality is under control and customer satisfaction. Cleanroom Grade Standards oneDefinition of standard grades for cleanrooms Class X (at Y μm)Here, X represents the grade of the dust-free workshop, such as 100 or 10000, etc., and Y represents the particle size, such as 0.2μm, 0.5μm, etc. Multiple selections are available. This means that the user stipulates that the particle content in the cleanroom must meet the limits of this grade within these particle sizes. Here are a few examples: Class1 (0.1μm, 0.2μm, 0.5μm) Class 100(0.2μm, 0.5μm) Class 100(0.1μm, 0.2μm, 0.5μm) In Classes 100 (M3.5) and Greater (Class 100, 1000, 10000....) Generally, one particle size is sufficient. In Classes Less than 100 (M3.5) (Class 10, 1....) Generally, it is necessary to consider several particle sizes. The second one is to stipulate the status of the dust-free workshop, for example: Class X (At Y μm), at-rest The third one is to set the upper limit of particle concentration. Generally, during As-built cleanrooms, they are very clean, and it is difficult to test the particle control capability. At this time, you can simply lower the acceptance upper limit, for example: Class 10000 (0.3 μm ≤ 10000), As-built Class 10000 (0.5 μm ≤ 1000), As-built The purpose of doing this is to ensure that the cleanroom still has sufficient particle control capabilities when it is in the Operational state. twoClassification of cleanroom grade standards The ISO14644 cleanliness grade standard classifies the air cleanliness levels in cleanrooms (areas) and related controlled environments based on the sole indicator of suspended particle concentration, and only considers the cumulative distribution of particle groups within the particle size limit (lower limit) range of 0.1um to 0.5um. According to particle size, they can be classified into conventional particles (0.1um to 0.5um), ultrafine particles (< 0.1um), and macro particles (> 5.0um). Air cleanliness classification standard: ISO14644-1 (International standard) Do you know why SMT uses a dust-free workshop? (Figure 5) Air cleanliness classification standard: GB/T16292-1996 (Chinese Standard) Do you know why SMT uses a dust-free workshop? (Figure 6) fourDust-free workshop cleaning I. Required cleaning tools and products Special vacuum cleaner for clean rooms Clean paper, lint-free cloth Deionized water Alcohol Bucket Mop Mop special bucket Ii. Cleaning Requirements When cleaning the walls inside a cleanroom, cleanroom dust-free cloths should be used. Prepare the cleaner with 90% deionized water and 10% isopropyl alcohol. Use approved cleanroom-specific detergents; Every day, the garbage bins in the workshop and preparation room should be inspected and cleared away in a timely manner. Each floor should be vacuumed. Each time a shift is handed over, the completion status of the work should be marked on the map, such as where it ends and where it starts. Special mops should be used to clean the floor of the clean room. When vacuuming in a clean room, a dedicated vacuum cleaner equipped with a high-efficiency filter should be used. All the doors need to be inspected and dried Mop the floor after vacuuming it. Clean the walls once a week. Vacuuming and wiping should also be done under raised floors. Clean the columns and support columns under the raised floor once every three months. When working, always remember to wipe from top to bottom, from the ground farthest from the door towards the door. Iii. Cleaning Procedures for Cleanrooms Change into the dedicated anti-static suit, put on the hat and mask, and after dust removal through the air bath suction channel, enter the clean room. After preparing the cleaning tools and supplies and placing them at the designated locations, start the cleaning work. Pick up ground garbage in the order arranged by the production line, from the inside out one by one. Empty and clear the garbage in the trash cans and bins on time, conduct inspections, strictly classify it as required, and then transport it to the designated garbage room after being inspected by the production line administrator or security guard Internal classification placement. Clean the indoor glass, walls and shelves from top to bottom using clean paper or lint-free cloth. Use a clean dust mop to carefully push and clean the floor from the inside out. Clean the ground with a lint-free cloth in time if there is garbage, dirt, water stains, etc. Use the rest and meal times of the production line workers to clean the production line, the ground under the workbenches and the seats. Regularly clean the ceiling, air conditioning vents, ceiling light partitions, and under the raised floor. The cleaning procedures and materials used must be approved by the factory Affairs department, and holidays and breaks should be taken The gap is proceeding as planned. The waxing of the cleanroom floor must be carried out strictly in accordance with the plan and cleaning procedures, and anti-static wax must be used. After the cleaning work is completed, all cleaning supplies should be stored in the designated cleaning room separately from ordinary tools to avoid cross-contamination. They should be neatly arranged and must not be randomly placed in the clean room Indoor. Iv. Precautions Loose hoods, face masks, beard covers, shoe covers and latex gloves must be discarded and must not be reused. Requirements for employees' dress code and preparatory work. Personal items such as overcoats, hats, wallets and keys are not allowed. Employees should change into clothes and accessories that cause pollution. Employees should wear dust-free room hoods, gloves, rabbit fur coats and socks. Damaged or contaminated burqas or robes should be replaced immediately. Dress code should comply with the prescribed dress code procedures. No ordinary paper pads, notebooks, handbooks or writing tablets are allowed. Ordinary writing pencils, pens, erasers, crayons or chalks are not allowed. Take notes on cotton fluff paper, plastic paper or similar paper, and use ballpoint pens or other dust-free tools at the same time. The blue line marks, specifications or other instructions should be covered with plastic film, cotton fluff or other dust-free tools. Serial number Content Cycle Cleaning requirements and inspection standards 1. Floor Once a day Clean it thoroughly with a vacuum swab and a special water-absorbing mop The visual condition must not have any stains or water marks 2 Wall Once a week The wall should be illuminated with light once a week without any stains or water marks There should be no stains or water marks when illuminated by light 3 All the doors, Windows and handrail glass inside the room Once a week Wipe with a lint-free cloth to ensure there is no dust There should be no stains or water marks when illuminated by light Metal items such as door handles and iron chains must not rust or get stained 4 Telephone, walkie-talkie, fire extinguisher Once a week Wipe with a lint-free cloth to ensure there is no dust There should be no stains under visual inspection 5 Trash can Twice a day Regularly clean up garbage and replace garbage bags The height of the garbage must not exceed that of the bucket 6 Foot mat Irregular time Replace and replenish at irregular intervals It must not be too dirty to be usable (severely dirty or non-sticky) Update at any time if it gets dirty 7 Stairwell Once a day The floor should be mopped clean with a special di water mop Visually, there must be no stains, chemicals, cardboard boxes or other residues Wipe with a lint-free cloth to ensure there is no dust 8 Dust-free garment stainless steel rack Personal dust-free clothes hanger Twice a day Wipe with a lint-free cloth to ensure there is no dust No items should be placed on the personal wardrobe 9 Material intake Exit the dismantling area Twice a day The floor was wiped clean with a vacuum cleaner and a mop No cardboard boxes or chemicals should be left behind The door panels and wall panels should be wiped with a lint-free cloth to ensure there are no stains or dust 10 Changing room Dust-free garment Dust-free shoes Irregular time Unscheduled sorting, classification, placement and positioning No irrelevant items should be left behind Dust-free suits and shoes are changed and checked once a week Wipe with a lint-free cloth to ensure there is no dust. Clean the floor with a vacuum cleaner and a dedicated mop Consumables such as hair masks, gloves and other items should be replenished from time to time 11 Shoe cabinet area Once a day Wipe it clean with a special water-absorbing mop. There must be no stains or marks on the wall panels The shoe cabinet should be wiped clean with a lint-free cloth. The wall panels must not have any odors other than deodorizing twelve Cleaning supplies Tool storage area Once a week The outer cabinets in the storage area for cleaning supplies and tools should be wiped with a lint-free cloth once a week to ensure there is no dust at all Whether the internal utensils are clean and neatly arranged without any stains 13 Dust washing room Once a day Wipe with a lint-free cloth to ensure there is no dust There should be no stains or water marks visually fourteen Return air chamber Once a week The return air room should be cleaned with a vacuum cleaner and a special water-absorbing mop at a fixed time every week Clean it thoroughly with a vacuum swab and a special water-absorbing mop There should be no stains or water marks under visual inspection Precautions for entering the dust-free workshop When walking in the clean room, movements should be gentle and running is not allowed to avoid affecting the laminar flow. When working in a clean room, if the operation is paused, masks and gloves must not be removed for a short break. Before entering the clean room, one must first pass through the dust washing room. Staff entering the clean room must wear well-fitting dust-free clothes and shoes. When it is necessary to sit, lie down or lie down during equipment maintenance, a special plastic sheet must be laid on the ground. Before removing the dust-free suit, the following items must be removed first: mask, dust-free shoes, dust-free suit, hair mask, and gloves. They should be sorted and placed or discarded according to the labels. The correct way to put on a mask is to fasten it with the buckle at the top of the back of the dust-free jacket hood. Cleanroom staff are not allowed to bring non-dust-free laptops into the cleanroom. Pencils are not allowed in the clean room. All writing must be done with ballpoint pens. When writing is incorrect, correction fluid must not be used to correct it. The requirements for wearing a dust-free suit are that it should cover the mouth and nose, hair must not be exposed, the sleeves and mouth must cover the glove opening, and the wrists must not be exposed. The raised floor in the clean room must not be lifted at will to avoid affecting laminar flow and personnel safety. After getting dressed, you are not allowed to enter the monitoring room. No one is allowed to use cosmetics (such as lipstick, blush, perfume, etc.) when working in the wafer area. Precautions for entering the dust-cleaning room: Do not walk side by side. Two people must keep their bodies at least 30 centimeters apart, place their hands on their waists, and pass slowly. Running is strictly prohibited. The way to reduce fine dust is to keep your head, hands and body clean. When cleaning in the dust-washing room, the two people must keep a distance of more than 30 centimeters in front of and behind each other. Before putting on the dust-free suit, you need to tie up your hair first and then put on the hair cover. People are the biggest source of pollution in cleanrooms. The last action of wearing a dust-free suit is to check the clothing. The following stationery items are not exclusively for clean rooms: water-based signature pens, pencils, correction fluid, and photocopy paper. All personnel entering the clean area are strictly prohibited from consuming anything (such as chewing gum). No one is allowed to put items that are irrelevant to work and cannot be brought into the clean room in the bag of the dust-free suit.
Últimas noticias de la empresa sobre La estructura de diseño de la cinta guía de recepción de material
La estructura de diseño de la cinta guía de recepción de material
.gtr-container-x7y2z1 { font-family: Verdana, Helvetica, "Times New Roman", Arial, sans-serif; color: #333; line-height: 1.6; padding: 15px; max-width: 100%; box-sizing: border-box; overflow-x: hidden; } .gtr-container-x7y2z1 p { font-size: 14px; margin-bottom: 1em; text-align: left; word-break: normal; overflow-wrap: normal; } .gtr-container-x7y2z1 .gtr-main-title { font-size: 18px; font-weight: bold; margin-bottom: 1.5em; text-align: left; color: #0056b3; /* Industrial blue for emphasis */ } .gtr-container-x7y2z1 .gtr-section-title { font-size: 18px; font-weight: bold; margin-top: 2em; margin-bottom: 1em; text-align: left; color: #0056b3; /* Industrial blue for emphasis */ display: flex; align-items: baseline; } .gtr-container-x7y2z1 .gtr-section-title span.gtr-section-number { margin-right: 8px; color: #0056b3; } .gtr-container-x7y2z1 .gtr-conclusion-title { font-size: 18px; font-weight: bold; margin-top: 2em; margin-bottom: 1em; text-align: left; color: #0056b3; } /* Responsive adjustments */ @media (min-width: 768px) { .gtr-container-x7y2z1 { padding: 25px; max-width: 960px; /* Constrain width on larger screens for readability */ margin: 0 auto; /* Center the component */ } } La estructura de diseño del cinturón de guía receptor de material La cinta receptora es un componente importante en el proceso de envasado de semiconductores, y su estructura de diseño afecta directamente a la eficiencia del envasado y a la calidad del producto.Este artículo presentará la estructura y características del diseño de la cinta de guía de recepción de material. 1.Material de cinta guía La cinta receptora está generalmente hecha de materiales de alta resistencia y resistencia a altas temperaturas, como la poliimida (PI) o la poliamida (PA),para garantizar una buena estabilidad y durabilidad durante el proceso de envasadoEstos materiales poseen excelentes propiedades mecánicas y estabilidad química, y pueden mantener una forma estable a altas temperaturas sin deformarse o derretirse fácilmente. 2.Estructura de recepción de materiales La estructura de diseño de la cinta guía receptora de material consiste generalmente en dos partes principales: la cabeza receptora de material y el cuerpo de la cinta guía.La cabeza receptora se utiliza para conectar el sustrato de embalaje y el cuerpo de la cinta de plomoPor lo general, está hecho de materiales metálicos o materiales con buena conductividad eléctrica para garantizar una buena conductividad eléctrica y estabilidad de conexión.El cuerpo de plomo es la parte que conecta la cabeza de recepción de material y el chipLa estructura de su diseño debe tener en cuenta los requisitos específicos del embalaje del chip, como la disposición del plomo y el espaciamiento del plomo. 3.Diseño del cinturón de plomo La disposición de la cinta guía de material entrante afecta directamente a la eficiencia y calidad de la soldadura durante el proceso de embalaje.El diseño del cinturón de plomo de tipo lineal o de cuadrícula se adopta generalmente para garantizar la precisión y la consistencia del espaciamiento y la posición entre los cablesAl mismo tiempo,El diseño de la banda de plomo también debe tener en cuenta la estructura del embalaje del chip y el método de conexión de los cables para mejorar la eficiencia del embalaje y la calidad de la soldadura.. 4.Tamaño de la cinta El tamaño de la cinta de plomo de material entrante debe diseñarse en función de los requisitos específicos del chip envasado, incluido el número de cables, el espaciamiento entre cables y el diámetro del plomo, etc.Si el tamaño es demasiado grande o demasiado pequeñoPor lo tanto, es necesario hacer un diseño razonable de acuerdo con los requisitos específicos de embalaje. Conclusión Como componente importante en el proceso de envasado de semiconductores, la estructura del diseño de la cinta receptora afecta directamente a la eficiencia del envasado y a la calidad del producto.Seleccionando los materiales de manera racional, diseño de estructuras, diseños y dimensiones de cintas de plomo y otros parámetros, la eficiencia del embalaje puede mejorarse efectivamente, los costes pueden reducirse,y se puede garantizar la fiabilidad y estabilidad de los productos.
Últimas noticias de la empresa sobre Períodos de almacenamiento de las diferentes cintas electrónicas
Períodos de almacenamiento de las diferentes cintas electrónicas
Períodos de almacenamiento para varias cintas electrónicas Los diferentes tipos de cintas electrónicas tienen diferentes períodos de almacenamiento, que se ven principalmente afectados por factores como la composición, la calidad y las condiciones de almacenamiento de las cintas. En términos generales, la cinta electrónica almacenada correctamente puede mantener un buen rendimiento durante un cierto período de tiempo. Como sigueLos diferentes tipos de cintas electrónicas tienen diferentes períodos de almacenamiento, que se ven principalmente afectados por factores como la composición, la calidad y las condiciones de almacenamiento de las cintas. En términos generales, la cinta electrónica almacenada correctamente puede mantener un buen rendimiento durante un cierto período de tiempo. Los siguientes son algunos tipos comunes de cintas electrónicas y sus períodos de almacenamiento aproximados: Cinta de poliéster (cinta PET): La cinta de poliéster suele tener un largo período de almacenamiento y puede conservarse durante un año o incluso más en condiciones ambientales adecuadas. Cinta de poliimida (cinta PI): La cinta de poliimida también tiene una excelente resistencia al calor y estabilidad química, por lo que generalmente se puede almacenar durante un año en condiciones de almacenamiento adecuadas. Cinta de poliéter (cinta PE): La cinta de poliéter generalmente se puede almacenar durante un período de tiempo en condiciones ambientales adecuadas, pero su resistencia al calor y estabilidad química pueden no ser tan buenas como las de la cinta de poliéster o poliimida. Cinta de PVC: El período de almacenamiento de la cinta de PVC es relativamente corto. Generalmente, en las condiciones de almacenamiento correctas, se puede conservar durante unos dos años. Cinta fluoroplástica (como la cinta PTFE): La cinta fluoroplástica suele tener un largo período de almacenamiento y puede conservarse durante muchos años en condiciones ambientales adecuadas. Cinta aislante (como la cinta aislante): El período de almacenamiento de la cinta aislante puede variar según el material y el proceso de fabricación, pero generalmente se puede conservar durante un tiempo relativamente largo en un ambiente seco y fresco. En general, para garantizar el rendimiento y la vida útil de la cinta electrónica, se recomienda seguir los consejos del fabricante durante el almacenamiento y mantenerla en un ambiente seco y fresco tanto como sea posible, evitando la exposición a altas temperaturas, la luz solar directa o la humedad.
Últimas noticias de la empresa sobre Método de uso de la cinta UV
Método de uso de la cinta UV
Método de uso de la cinta UV La cinta UV es un tipo especial de cinta que requiere una fuente de luz ultravioleta para curarse.asegurarse de que la superficie que se va a unir está limpia, seco y plano.La cinta UV es un tipo especial de cinta que requiere una fuente de luz ultravioleta para curarse. Preparación de la superficie de trabajo: antes de utilizar cinta UV, asegúrese de que la superficie a unir esté limpia, seca y plana.polvo y otra suciedad en la superficie para garantizar que la cinta se adhiera firmemente. Cortar la cinta: según el tamaño y la forma requeridos, use tijeras o herramientas de corte para cortar la cinta UV al tamaño apropiado. Cinta adhesiva: Aplique suavemente la cinta UV cortada sobre la superficie que necesita ser unida. Asegúrese de que cada parte de la cinta se adhiera completamente a la superficie para evitar la formación de burbujas o huecos. Radiación ultravioleta: la cinta UV requiere una fuente de luz ultravioleta para curarse.Determinar el tiempo y la distancia de irradiación en función del grosor de la cinta y el tiempo de curado requeridoEn general, un tiempo de irradiación de varios segundos a varios minutos puede curar la cinta UV. Compruebe el efecto de curado: después de la radiación ultravioleta, compruebe si la cinta UV se ha curado. La cinta curada debe volverse dura y no es fácil de mover. Si se requiere un tiempo de curado más largola radiación ultravioleta puede continuar. Elimine el exceso de cinta adhesiva: Si hay algún exceso de cinta adhesiva o pegamento extrudido durante el proceso de unión, puede usar un raspador u otras herramientas para limpiarlo a fondo. Tras el tratamiento: Después de que la cinta UV se haya curado por completo, puede proceder a un procesamiento adicional, como recortar los bordes o pintar. Tenga en cuenta que cuando utilice cinta UV, tenga cuidado de evitar la exposición directa a fuentes de luz ultravioleta para evitar daños en la piel y los ojos.prestar atención al uso seguro de las fuentes de luz ultravioleta para evitar posibles riesgos para la seguridad causados por un uso inadecuado.