motobotix

Author name: ashu

JUKI KE-2080 chip shooter
SMT Machines, Juki

JUKI KE 2080 chip shooter & Flexible Mounter | SMT Pick and Place Machine

The JUKI KE 2080 series delivers reliable, high-speed placement with laser and vision centering. Capable of handling components from 0402 to 74mm, it features a 6-nozzle laser head and optional high-resolution nozzle. With speeds up to 16,000 CPH for chips and advanced vision options, it supports a wide range of applications from fine-pitch ICs to large connectors. Get in touch with Motobotix to learn more. KE-2080 High-Speed Chip Shooter The KE-2080 Chip Shooter is designed for rapid placement of standard chip components. Its high-speed laser centering system allows it to deliver consistent results even during high-volume runs. With one multi-nozzle head (6 nozzles), it offers a significant boost in output for common passive and active SMD parts. Key Specifications: Ideal for manufacturers requiring speed and efficiency in standard SMT placement, the KE-2080 Chip Shooter helps reduce cycle time and increase board output while maintaining consistent precision. KE-2080 High-Speed Flexible Mounter The KE-2080 Flexible Mounter version is optimized for broader component handling, including fine-pitch ICs and large odd-shaped devices. With a dual head setup—one 6-nozzle laser head and one high-resolution head (1 nozzle)—it’s capable of both high-speed placement and precision handling of complex parts. Key Specifications: This variant is perfect for manufacturers dealing with a wide variety of components on a single board, allowing for greater production flexibility without sacrificing placement speed. Core Features of the JUKI KE-2080 Series With these features, the KE-2080 is a standout solution for PCB assembly environments that demand high accuracy, speed, and adaptability. Applications The KE-2080 series is suitable for a wide range of SMT manufacturing applications including: Reliable Performance for High-Density SMT Lines The JUKI KE-2080 series is engineered to meet the demands of increasingly compact and complex circuit designs. With its combination of laser and vision recognition, flexible feeder options, and dual-head configuration, it enables manufacturers to handle tight placements, mixed component sizes, and high-density layouts with ease. Its modular design also supports easy integration into existing SMT lines, making it a practical upgrade for manufacturers scaling their output or introducing more product variants. Available Through Motobotix Motobotix offers the JUKI KE-2080 series for businesses seeking a dependable SMT solution that balances speed, precision, and component versatility. With industry-proven technology and high output capability, the KE-2080 is a strong choice for facilities aiming to maximize their PCB production efficiency. For more details, availability, or support, get in touch with Motobotix today.

JUKI KE-2080L chip mounter
SMT Machines, Juki

JUKI KE-2080L Chip Mounter | High-Precision SMT Machine – Motobotix

If you’re looking for a powerful, high-speed pick-and-place solution to elevate your SMT production line, the JUKI KE-2080L Chip Mounter is an excellent choice. Available both new and refurbished at Motobotix, this advanced chip shooter is engineered for precision, speed, and reliability—making it a trusted tool for modern PCB assembly lines. Whether you’re in automotive electronics, LED lighting, industrial automation, or consumer device manufacturing, the KE-2080L offers top-tier performance that keeps your production efficient and competitive. 🔍 Overview: Why Choose the JUKI KE-2080L? The JUKI KE-2080L is a high-performance SMT machine known for its fast placement speed, wide component compatibility, and exceptional accuracy. It’s an upgrade to the widely used KE-2070L, with enhanced speed and slightly more powerful air consumption to handle a broader range of components. This machine combines a multi-nozzle laser head (6 nozzles) with a high-speed, laser-based vision system to ensure fast and accurate component placement. It supports a maximum PCB size of 410mm x 360mm, with component height up to 12mm, making it suitable for densely populated and complex boards. ⚙️ Key Technical Specifications 🚀 Performance You Can Count On The KE-2080L is engineered for high-mix, mid-to-high-volume production environments. Its enhanced placement speed of 16,700 components per hour (CPH) makes it a workhorse in any SMT production line. With 6 high-speed nozzles, it can simultaneously pick and place components, boosting throughput while reducing cycle times. This means faster job completion, less downtime, and a higher return on investment. 🧠 Intelligent Laser Recognition System This model comes equipped with JUKI’s advanced laser recognition system, enabling ultra-precise detection of components from 0402 (01005) to 33.5mm square packages. It also handles components with a maximum height of 12mm, giving it an edge in industries where tall or irregular components are used. This recognition system minimizes misplacement, ensures accurate alignment, and reduces the chances of defects—key for high-quality SMT production. 📦 Feeder Capacity and Flexibility The KE-2080L can handle up to 80 feeders (8mm type), offering exceptional flexibility in component handling. Whether you’re working with resistors, capacitors, ICs, or connectors, this machine has you covered. The front-fixed rail and left-to-right conveyor system ensures easy integration with your current SMT line setup. With its modularity and feeder adaptability, the KE-2080L allows for fast product changeovers and a smoother workflow, ideal for manufacturers dealing with multiple PCB models or short production runs. 💨 Air & Power Efficiency While delivering industrial-grade performance, the KE-2080L remains energy and air-efficient. With an air consumption of 403L/min and a power draw of only 3kVA, it balances high performance with operational cost savings. The optional vacuum pump (50L/min) further enhances flexibility depending on your facility’s setup. Its broad voltage compatibility (200 to 415 VAC, 3-phase) ensures easy installation in manufacturing plants worldwide. 🏭 Applications in Multiple Industries The JUKI KE-2080L is used in a wide array of industries: Whether you manufacture large batches or smaller runs with frequent changeovers, the KE-2080L adapts to your pace and precision requirements. 🔁 Available New and Refurbished – Only at Motobotix At Motobotix, we understand that every business has different budget and capacity needs. That’s why we offer the JUKI KE-2080L in both new and professionally refurbished conditions. 🆕 New Units 🔁 Refurbished Units Each refurbished unit is restored to meet or exceed OEM specifications, ensuring you get the reliability and performance JUKI is known for—without the high price tag. 🛠️ Why Buy from Motobotix? At Motobotix, we specialize in providing high-performance SMT machinery that fits your goals and your budget. We offer: Whether you’re expanding your SMT line or setting up a new one, we’re here to help you source the right equipment and get it running fast.

SMT Machines, Juki

JUKI KE2070L Chip Mounting Machine With 6 Standard Patch Heads

At Motobotix, we provide premium quality new and refurbished SMT machinery, and the JUKI KE2070L Chip Mounter is one of our top offerings in the field of surface-mount technology. Designed with precision, reliability, and performance in mind, this advanced pick-and-place machine is an ideal solution for medium to high-volume PCB assembly lines. Whether you’re expanding your existing SMT line or building one from the ground up, the KE2070L delivers unparalleled performance and cost-effectiveness. 🔹 PCB Handling 🔹 Component Recognition & Placement 🔹 Feeders 🔹 Power & Air Requirements 🔹 Physical Dimensions

SMT Machines, Juki

KE-2050M JUKI Used SMT Chip Mounter

KE-2050M JUKI Used SMT Chip Mounter – High-Speed, Precision Pick-and-Place Solution The KE-2050M JUKI SMT Chip Mounter is an advanced Surface Mount Technology (SMT) pick-and-place machine designed for high-speed and precise placement of a wide range of electronic components. Engineered to handle both small and large production runs, this machine is an ideal solution for manufacturers in the consumer electronics, automotive, medical devices, and telecommunications industries. At Motobotix, we specialize in delivering fully refurbished and certified used machines, including the KE-2050M JUKI SMT Chip Mounter, to help manufacturers maintain high productivity levels while minimizing equipment costs. Each machine goes through a rigorous refurbishment process, ensuring that it performs at optimal levels. Key Features of the KE-2050M JUKI SMT Chip Mounter The KE-2050M JUKI SMT Chip Mounter is packed with innovative features to support high-efficiency and high-precision placement for various SMT applications. Below are some key features that make this machine a reliable and versatile solution for your production line: 1. High-Speed Placement Capability The KE-2050M is built for high-speed production, capable of placing up to 20,000 components per hour (CPH). This makes it an excellent choice for medium to large-scale production runs, as well as high-volume manufacturing environments. The machine’s fast placement speed helps reduce cycle times, improving overall production throughput. 2. Exceptional Placement Accuracy With a placement accuracy of ±0.03mm, the KE-2050M ensures that even the smallest components, including 0201 packages and fine-pitch ICs, are placed with precision on the PCB. The vision alignment system automatically adjusts for any misalignments during placement, guaranteeing accurate and reliable component placement, which is critical for high-quality production. 3. Versatile Component Handling The KE-2050M JUKI SMT Chip Mounter supports a wide range of component types, from small passive components like resistors and capacitors to larger active devices like ICs and QFPs. This versatility makes the KE-2050M suitable for a variety of industries and applications, including consumer electronics, automotive systems, medical devices, and telecommunication equipment. Whether you’re working with small chip components or larger ICs, the machine can handle diverse component sizes with ease, making it an adaptable solution for a range of assembly needs. 4. Flexible Feeder System The KE-2050M is equipped with a flexible feeder system that supports up to 96 feeders, allowing for quick setup and continuous production. This system is designed to minimize downtime between production runs, allowing for efficient production in environments that require quick changeovers between different components or product types. Additionally, the machine’s auto-feeder exchange feature makes it easy to switch between different components, reducing the need for manual intervention and boosting production efficiency. 5. Advanced Vision System for Real-Time Alignment The KE-2050M features an advanced vision system that ensures real-time alignment of components during the placement process. This system guarantees precise placement and automated adjustment of components, even in high-speed operations. The automatic correction of misalignment during the process helps reduce the chance of errors and ensures the highest level of quality control. This vision system also includes a component inspection feature, which allows the machine to identify potential misplacements before the board moves to the next assembly stage. This results in a higher yield rate and fewer defective products, which improves the overall quality of the assembled PCBs. 6. High Throughput with Dual Gantry System The KE-2050M is equipped with a dual gantry design, which allows for simultaneous placement of components on both sides of the PCB. This dual gantry system enhances the machine’s throughput, especially for multi-layered PCBs or assemblies that require dual-sided component placement. The ability to place components on both sides of the PCB without additional handling or downtime helps increase overall production efficiency. 7. Easy Maintenance and Low Operating Costs The KE-2050M JUKI SMT Chip Mounter is designed for easy maintenance and low operating costs. Its modular design allows for quick and easy access to all machine components, simplifying maintenance and reducing the time needed for routine servicing. The low-maintenance design ensures minimal downtime, which helps keep production schedules on track. Moreover, the machine is designed with energy efficiency in mind, helping manufacturers reduce overall operating costs while still delivering excellent performance. 8. User-Friendly Interface The KE-2050M features a user-friendly interface with a touchscreen display, allowing operators to easily navigate through machine settings, monitor production status, and make adjustments as needed. The intuitive controls reduce the learning curve for new operators and improve overall efficiency. The machine’s automated programming system further streamlines setup and ensures that production runs smoothly without the need for manual programming. Applications of the KE-2050M JUKI SMT Chip Mounter The KE-2050M JUKI SMT Chip Mounter is ideal for a variety of industries and applications. Some of the most common uses include: 1. Consumer Electronics Manufacturing The KE-2050M is well-suited for the production of smartphones, tablets, wearable devices, and other consumer electronics that require the assembly of small and precise components. Its high-speed placement and exceptional accuracy ensure that electronic devices are assembled with the highest standards of quality and reliability. 2. Automotive Electronics In the automotive electronics industry, the KE-2050M is used for assembling ECUs, sensors, and other critical components for automotive systems. Its high-speed and precise placement capabilities are ideal for meeting the strict demands of the automotive sector, where reliability and performance are critical. 3. Medical Devices Manufacturing The KE-2050M is also used in the medical device industry for the assembly of components in diagnostic equipment, implants, and other medical devices. Its ability to handle small, delicate components with precision makes it a perfect fit for the strict requirements of the medical industry, where quality and accuracy are paramount. 4. Industrial Electronics For industrial electronics, the KE-2050M is used to assemble automation controls, sensors, and other components used in industrial applications. The machine’s versatility and high throughput make it ideal for manufacturing industrial-grade products that require robust and reliable assembly. Looking for KE-2050M JUKI SMT Chip Mounter in New Delhi or Across India? If you’re looking for a SMT machine for sale in New Delhi or anywhere across India, Motobotix offers fully refurbished and

SMT Machines, Juki

JX 300LED JUKI SMT Chip mounter

JX 300LED JUKI SMT Chip Mounter – High-Precision Solution for LED Production The JX 300LED JUKI SMT Chip Mounter is a specialized Surface Mount Technology (SMT) pick-and-place machine designed primarily for LED board production and medium to large LCD display backlights. It offers a combination of high-speed placement, exceptional accuracy, and flexibility, making it an ideal choice for industries that require precision in assembling LED components and light guide panels. At Motobotix, we provide fully refurbished and certified used equipment, including the JX 300LED JUKI SMT Chip Mounter. All our machines undergo rigorous testing to ensure they meet the highest standards of performance and reliability, offering a cost-effective solution for your LED production needs without compromising on quality. Key Features of the JX 300LED JUKI SMT Chip Mounter The JX 300LED JUKI SMT Chip Mounter is packed with innovative features designed to meet the specific demands of LED manufacturing. Here are some of its standout capabilities: 1. High-Speed Placement for LED Components The JX 300LED is designed to handle high-volume LED production with speeds of up to 30,000 components per hour (CPH). This makes it a high-speed solution ideal for manufacturers who need to keep up with the growing demand for LED products, including displays, lighting, and panel backlighting. Its efficient component placement ensures consistent quality and minimizes production time, allowing you to meet deadlines while maintaining the highest standards in LED assembly. 2. Precision and Accuracy for Small Components The JX 300LED offers exceptional accuracy of ±0.02mm, ensuring that even the smallest components are placed with precision. The placement accuracy is crucial in LED production, where micro-components such as SMD LEDs, resistors, and capacitors need to be assembled with exact positioning. Equipped with an advanced vision system, the machine automatically adjusts for any misalignments during the placement process, guaranteeing that all components are correctly aligned with the PCB pads. This high precision helps to reduce the risk of defects and ensures that the LED products function as intended. 3. Versatility in Handling Various LED Components The JX 300LED JUKI SMT Chip Mounter is optimized for a wide range of LED components, from tiny SMD LEDs to larger ICs and resistors. It provides versatility by supporting a variety of component sizes and shapes, ensuring manufacturers can handle different assembly tasks with a single machine. The flexibility in handling various components makes the JX 300LED ideal for LED lighting, backlighting, and consumer electronics, where different components are used in combination to create complex products. 4. Advanced Vision System for Precise Alignment The vision system on the JX 300LED plays a key role in ensuring accurate component placement. Using high-resolution cameras, the system automatically detects the position of components and performs real-time alignment correction, ensuring that components are placed accurately on the PCB. This automated alignment reduces the chances of human error and ensures a higher yield rate in production. The system also performs quality inspection to detect any component misplacements or defects before the board moves to the next stage of assembly. This automated quality check improves the overall reliability and reduces the need for manual inspection. 5. High Flexibility in Feeder Configuration The JX 300LED offers a flexible feeder system capable of supporting multiple feeders at once, which allows for faster setup and continuous operation. With the ability to accommodate up to 120 feeders, the machine ensures that production lines run smoothly and efficiently, minimizing downtime during reconfiguration. This system enables manufacturers to quickly switch between different component types, making it an ideal choice for environments that require rapid changeover between product runs. 6. Easy Maintenance and Low Operating Costs The JX 300LED JUKI SMT Chip Mounter is designed for ease of maintenance, with modular components that allow for easy access during servicing. This low-maintenance design ensures that the machine continues to perform at its best over the long term, reducing the risk of downtime and increasing production efficiency. Additionally, JX 300LED has been engineered for energy efficiency, helping manufacturers reduce operating costs while maintaining high performance. Its reliable operation and easy maintenance make it a cost-effective solution for both small and large-scale production lines. 7. User-Friendly Interface and Automated Programming The JX 300LED features an intuitive touchscreen interface, allowing operators to easily set up, monitor, and control the machine’s functions. The user-friendly interface makes it simple to program new jobs and adjust machine settings without needing extensive training. With automated programming and job recall features, operators can quickly switch between different product runs, reducing setup time and improving overall throughput. The system’s intuitive interface ensures smooth and efficient operation, even for less experienced operators. Applications of the JX 300LED JUKI SMT Chip Mounter The JX 300LED JUKI SMT Chip Mounter is specifically designed for LED production, but its flexibility and performance make it suitable for a wide range of industries. Here are some key applications: 1. LED Lighting Production The JX 300LED is ideal for LED lighting applications, where precise placement of SMD LEDs and other components is essential. It is used to assemble lighting panels, LED bulbs, and street lighting products. The machine’s high-speed capabilities allow manufacturers to meet the increasing demand for energy-efficient LED lighting while maintaining high product quality. 2. LCD and TV Backlight Assembly In the LCD and television industry, the JX 300LED is used for the assembly of backlighting units. It efficiently places components on LCD display boards, ensuring precision and consistency for high-quality display panels. The high-speed placement and reliable performance of the JX 300LED are ideal for meeting the stringent production demands of this industry. 3. Consumer Electronics Manufacturing For consumer electronics, the JX 300LED is used to assemble small components that go into smartphones, tablets, and wearables. The machine’s versatility and speed ensure that it can handle the high-volume production demands of consumer electronics manufacturers, while maintaining high quality and accuracy. 4. Automotive and Industrial Applications The JX 300LED is also suitable for automotive and industrial electronics applications that require precise LED placement. From headlights to interior lighting systems, the

FX-3RL JUKI SMT Chip mounter
SMT Machines, Juki

FX-3RL JUKI SMT Chip mounter

FX-3RL JUKI SMT Chip Mounter – High-Speed Precision Pick and Place Machine The FX-3RL JUKI SMT Chip Mounter is a state-of-the-art Surface Mount Technology (SMT) machine engineered for high-speed and precise placement of a wide variety of electronic components. Known for its reliability, efficiency, and flexibility, the FX-3RL is a powerful solution for modern electronics manufacturing, especially in high-volume assembly lines. Whether you’re assembling consumer electronics, automotive components, or medical devices, the FX-3RL ensures optimal performance for both small and large-scale production. At Motobotix, we offer fully refurbished and certified used FX-3RL JUKI SMT Chip Mounters that have undergone extensive testing to ensure they perform like new. Our refurbished equipment provides manufacturers with the opportunity to access high-performance machines at a fraction of the cost of brand-new equipment. Key Features of the FX-3RL JUKI SMT Chip Mounter The FX-3RL JUKI SMT Chip Mounter is packed with advanced features that make it one of the top choices for manufacturers in need of speed, accuracy, and versatility. Here are some of its key features: 1. High-Speed Placement Capability The FX-3RL offers high-speed placement capabilities of up to 60,000 components per hour (CPH), making it perfect for high-volume production environments. Its exceptional speed ensures that production cycles are optimized, allowing manufacturers to meet tight deadlines and improve throughput. Whether you’re assembling resistors, capacitors, QFNs, or BGAs, the FX-3RL can handle large production runs without compromising quality or performance. 2. Outstanding Placement Accuracy With a placement accuracy of ±0.02mm, the FX-3RL ensures precise placement of components, even for the most delicate and small components such as 0201 packages. The high-resolution vision system automatically adjusts for misalignment and guarantees that each component is positioned correctly on the PCB. This ensures reliable and accurate assembly of components, reducing the chances of defects and minimizing the need for costly rework. 3. Wide Range of Component Handling The FX-3RL JUKI SMT Chip Mounter is designed to handle a wide variety of component sizes and types, making it a versatile choice for diverse electronics manufacturing needs. From small chip components like resistors and capacitors to larger ICs and BGAs, the FX-3RL adapts effortlessly to different production requirements. Its flexibility ensures manufacturers can produce a broad range of products without the need for multiple machines, making it a highly cost-effective option. 4. Advanced Vision System for Accuracy and Alignment Equipped with a cutting-edge vision system, the FX-3RL guarantees real-time component alignment and adjustment for accuracy during placement. This system enhances placement precision and allows for automatic correction of misaligned components. In addition, the vision system performs automated inspection of placed components, detecting any misplacement or defects and helping prevent costly assembly errors. 5. High Flexibility with Feeder Configuration The FX-3RL supports a variety of feeder configurations, accommodating up to 120 feeders for continuous production. The machine’s flexible feeder system allows quick reconfiguration, enabling operators to easily switch between different components and reduce downtime during setup changes. The ability to accommodate multiple feeders simultaneously ensures that the machine operates efficiently and continuously, maximizing productivity. 6. Dual Gantry Design for Improved Throughput The dual gantry design of the FX-3RL further enhances its throughput by allowing simultaneous placement on both sides of the PCB. This feature significantly reduces cycle times and increases overall production efficiency, especially for multi-layered PCBs or complex assemblies that require dual-sided placement. 7. User-Friendly Interface The FX-3RL JUKI SMT Chip Mounter features an intuitive touchscreen interface that makes machine operation and monitoring effortless. With easy-to-navigate controls and real-time performance data, operators can quickly adjust settings, troubleshoot issues, and optimize production without the need for extensive training. This user-friendly design reduces the learning curve and boosts operator efficiency. 8. Low Maintenance and High Durability JUKI’s reputation for durability and reliability is evident in the FX-3RL, which is designed for long-term performance in demanding production environments. The machine’s modular design makes it easy to maintain and service, reducing downtime and enhancing machine uptime. Regular maintenance can be performed with minimal disruption to production, ensuring a consistent and reliable operation. Applications of the FX-3RL JUKI SMT Chip Mounter The FX-3RL is highly versatile and can be used across various industries that require precision and high-volume production. Here are some key applications of the FX-3RL: 1. Consumer Electronics Manufacturing In the consumer electronics industry, the FX-3RL excels at assembling small, high-density components used in products such as smartphones, tablets, and wearable devices. The high-speed and precise placement capabilities make it a perfect fit for producing the next generation of consumer electronics with small, intricate parts. 2. Automotive Electronics The automotive electronics industry relies on high-quality and high-performance components for applications like infotainment systems, safety sensors, and engine control units (ECUs). The FX-3RL is well-equipped to handle these components with precision, ensuring the quality and functionality of automotive electronics used in modern vehicles. 3. Medical Devices Manufacturing The FX-3RL is also ideal for the medical device manufacturing industry, where precision and reliability are paramount. The machine’s accurate placement and ability to handle small, delicate components make it well-suited for the production of diagnostic equipment, implantable devices, and other critical medical components that require high standards of quality and accuracy. 4. Industrial Electronics The FX-3RL is used in industrial electronics for assembling components in systems like automation controls, sensors, and robotics. Its ability to handle various component types, including larger parts, makes it an essential tool for manufacturers in the industrial sector. Looking for the FX-3RL JUKI SMT Chip Mounter in New Delhi or Across India? If you’re looking for a SMT machine for sale in New Delhi or anywhere across India, Motobotix provides fully refurbished and certified used equipment, including the FX-3RL JUKI SMT Chip Mounter. Our refurbished machines go through extensive testing to ensure they meet the highest standards of performance and reliability. We deliver cost-effective SMT solutions that meet your production needs, helping you maximize efficiency without breaking your budget.

I-Pulse PCB SMT Machine M2-Plus
SMT Machines, i-pluse Machine

I-Pulse PCB SMT Machine M2-Plus

I-Pulse PCB SMT Machine M2-Plus – High-Speed SMT Chip Mounter The I-Pulse M2-Plus SMT Chip Mounter is an advanced, high-performance pick-and-place machine specifically designed to meet the demands of high-precision and high-speed production in the world of Surface Mount Technology (SMT). Engineered to support a wide variety of electronic assembly needs, the M2-Plus offers versatility, accuracy, and efficiency, making it the ideal choice for manufacturers seeking a competitive edge in PCB assembly. At Motobotix, we specialize in delivering fully refurbished and certified used SMT equipment, including the I-Pulse M2-Plus. Our refurbished machines undergo rigorous testing to ensure that they meet the highest standards of performance, offering outstanding value while maintaining the reliability you expect from top-tier SMT equipment. Key Features of the I-Pulse M2-Plus SMT Chip Mounter The I-Pulse M2-Plus combines speed, precision, and flexibility to handle a variety of component types and sizes. Below are some of the key features that make the M2-Plus a standout in the world of SMT chip mounters: 1. High-Speed Placement The I-Pulse M2-Plus is engineered for high-speed performance, placing up to 40,000 components per hour (CPH), making it an ideal solution for high-volume production lines. With its ability to handle large-scale assembly jobs without compromising quality, the M2-Plus ensures fast turnarounds and consistent output, which is critical in today’s competitive electronics market. 2. Exceptional Placement Accuracy With placement accuracy of ±0.02mm, the I-Pulse M2-Plus guarantees the precise placement of even the smallest and most delicate components, including 0201 resistors, QFNs, and BGAs. This exceptional level of accuracy is critical for ensuring reliability and functionality in high-performance electronic devices. Equipped with a high-resolution vision system, the M2-Plus can perform real-time component alignment and adjust for any misalignment, ensuring flawless PCB assembly, even for the most complex designs. 3. Versatility in Component Handling The I-Pulse M2-Plus is designed to handle a broad range of component sizes and types, from tiny SMD chips to larger ICs, BGAs, and QFNs. Whether you’re assembling consumer electronics, automotive components, or medical devices, the M2-Plus offers the flexibility to handle different component types and ensure accurate and reliable assembly every time. This flexibility in component handling makes the I-Pulse M2-Plus suitable for diverse industries that require precision, such as telecommunications, automotive, and healthcare electronics. 4. Efficient Feeder System The I-Pulse M2-Plus features an efficient feeder system, capable of supporting multiple feeders simultaneously. With the ability to handle up to 80 feeders, the system ensures continuous operation with minimal downtime. Its quick-change feeder mechanism allows for fast reconfiguration, reducing setup time and improving overall production efficiency. This advanced feeder system makes the M2-Plus well-suited for environments that require flexibility and speed while ensuring minimal interruptions during production. 5. Dual Gantry Design for Improved Throughput The I-Pulse M2-Plus features a dual gantry system, allowing it to place components on both sides of the PCB simultaneously. This feature significantly reduces cycle times and enhances throughput, which is crucial for large-scale production environments. By being able to place components on both sides of the PCB, the M2-Plus minimizes the need for additional equipment, reducing costs and increasing overall efficiency. 6. Advanced Vision System The vision system on the I-Pulse M2-Plus is designed to ensure precision placement by offering real-time alignment correction. This system uses high-resolution cameras to inspect and adjust the position of components as they are placed, ensuring that each component is precisely positioned on the PCB. This advanced vision system also helps with automated inspection, identifying misplaced components or defects in the assembly process before they can impact product quality. This level of precision ensures that the final product meets the highest quality standards, without requiring manual intervention. 7. User-Friendly Interface The I-Pulse M2-Plus features an intuitive touchscreen interface, which makes operation simple and straightforward. The user-friendly controls enable operators to set up the machine, configure settings, and monitor performance with ease. The interface provides real-time feedback, allowing operators to make quick adjustments and maintain high production efficiency. In addition, the M2-Plus includes automated programming features, making it easy to switch between different product runs, minimizing downtime, and improving overall machine utilization. 8. Low Maintenance and High Durability Designed for long-term performance, the I-Pulse M2-Plus is built with high-quality components and a modular design that facilitates easy maintenance. The modular structure allows for quick access to components for routine maintenance, helping to minimize downtime and ensure consistent machine performance. With proper care, the M2-Plus provides years of reliable service, offering manufacturers an excellent return on investment (ROI). The machine’s durability and low maintenance needs help manufacturers reduce the cost of ownership while maximizing uptime. Applications of the I-Pulse M2-Plus SMT Chip Mounter The I-Pulse M2-Plus is widely used across various industries, thanks to its precision, speed, and flexibility. Some of the key applications for the M2-Plus include: 1. Consumer Electronics Manufacturing In the consumer electronics industry, the I-Pulse M2-Plus is perfect for assembling small and complex components used in devices like smartphones, tablets, and wearable devices. The machine’s speed and precision enable manufacturers to meet tight production schedules while ensuring high-quality assembly. 2. Automotive Electronics The I-Pulse M2-Plus is also well-suited for automotive electronics, where components need to perform reliably in demanding environments. Applications include sensors, infotainment systems, and engine control units (ECUs). The machine’s ability to handle large, complex components with accuracy makes it ideal for the automotive sector. 3. Medical Device Manufacturing The M2-Plus is used in the medical device industry, where high-quality and precise component placement is critical for diagnostic equipment, implantable devices, and surgical tools. Its accuracy ensures that components are placed exactly where they are needed to ensure the proper functioning of sensitive medical devices. 4. Industrial Electronics Manufacturing In industrial electronics, the M2-Plus is used for assembling components in applications such as automation systems, robotics, and sensors. The machine’s flexibility in handling different component types and sizes makes it an excellent choice for diverse industrial electronics applications. Looking for the I-Pulse M2-Plus SMT Machine in New Delhi or Across India? If you’re looking for a

SMT Machines, i-pluse Machine

M1 Plus SMT Equipment Chip Mounter

M1 Plus SMT Equipment Chip Mounter – High Speed Precision Pick and Place Solution The M1 Plus SMT Chip Mounter is an advanced Surface Mount Technology (SMT) machine designed to deliver high-speed placement and exceptional precision for a wide range of electronic manufacturing applications. Known for its reliability, flexibility, and high performance, the M1 Plus smt equipment chip mounter is an ideal choice for manufacturers seeking to optimize their production processes with a cost-effective solution that doesn’t compromise on quality. Whether you’re working with small components for consumer electronics or larger parts for industrial electronics, the M1 Plus provides the perfect balance of speed and accuracy to meet the demands of modern PCB assembly lines. At Motobotix, we offer fully refurbished and certified used M1 Plus machines that are thoroughly tested to ensure top-notch performance. Our used machines deliver outstanding value without sacrificing the quality and reliability needed for efficient, high-volume production. This enables manufacturers to benefit from top-tier SMT equipment while maintaining cost-effectiveness. Key Features of the M1 Plus SMT Chip Mounter The M1 Plus Chip Mounter is built with a host of advanced features designed to improve placement accuracy, speed, and flexibility. Below are some of the key features that set the M1 Plus apart from other pick and place machines: 1. High Speed Performance One of the standout features of the M1 Plus is its high-speed placement capabilities. This machine is capable of placing up to 30,000 components per hour (CPH), making it an ideal solution for high-volume production environments where efficiency and throughput are critical. The ability to place a large number of components quickly helps to minimize production downtime, enabling manufacturers to meet tight production deadlines. 2. Exceptional Placement Accuracy Precision is critical in the electronics manufacturing process, and the M1 Plus smt equipment chip mounter excels in this area. With a placement accuracy of ±0.02mm, the M1 Plus ensures that even the most delicate and small components, such as 0201 resistors, QFNs, and BGAs, are accurately placed onto the PCB. This level of accuracy reduces the risk of defects and costly rework, ensuring high-quality assembly. The machine’s vision system is capable of performing real-time alignment and inspection, automatically adjusting for any misalignment, ensuring each component is correctly placed on the board. This technology is essential for maintaining quality control in high-precision applications. 3. Versatility in Handling Components The M1 Plus is designed to accommodate a wide variety of component types and sizes, including both small SMD components and larger ICs and BGAs. This versatility allows the machine to be used for different kinds of projects, from consumer electronics to automotive electronics and industrial devices. Its ability to handle components ranging from tiny chip resistors to large, complex ICs makes it suitable for various industries that require both flexibility and precision in their assembly processes. Whether you’re producing smartphones, medical devices, or automotive electronics, the M1 Plus provides the needed flexibility to meet different production requirements. 4. Efficient Feeder System The M1 Plus is equipped with a highly efficient feeder system, which can accommodate a wide range of feeders. With the ability to handle up to 120 feeders, the system allows for continuous operation with minimal interruptions for component changes. This helps reduce downtime, increase operational efficiency, and streamline production processes. Additionally, the quick-change feeder system makes it easy to switch between different components, ensuring that the machine can be rapidly reconfigured for different production runs. This feature significantly improves the flexibility and speed of the machine. 5. Dual Gantry Design for Increased Throughput The M1 Plus features a dual gantry system, which enhances throughput by allowing the machine to place components on both sides of the PCB simultaneously. This dual gantry design reduces cycle times, improving the overall speed of the production process. The ability to work on both sides of the PCB without requiring additional machines helps manufacturers save time, reduce costs, and simplify the assembly process. It is particularly beneficial for multi-layered or larger PCBs that require dual-sided assembly. 6. Advanced Vision System for Alignment and Inspection The M1 Plus is equipped with an advanced vision system that ensures the highest level of precision during the component placement process. This system uses high-resolution cameras to detect misalignment and adjust placements in real-time, significantly reducing the risk of defects. In addition to its alignment capabilities, the vision system also conducts automated inspection to check for misplaced components or defects during the assembly process. This technology ensures that the final product meets high-quality standards without requiring manual intervention. 7. User Friendly Interface The M1 Plus comes with an intuitive touchscreen interface that simplifies machine operation. The easy-to-use controls allow operators to quickly set up the machine, configure placement settings, and monitor the machine’s performance in real-time. This user-friendly interface reduces the learning curve for new operators and improves overall productivity. The M1 Plus also features automated programming capabilities, reducing the time required for setup and enabling quick adaptation to changing production requirements. With minimal manual programming, operators can spend more time focusing on production and less time on machine configuration. 8. Low Maintenance and High Durability The M1 Plus is built with durability in mind, ensuring that it remains operational for extended periods without requiring frequent maintenance. Its modular design allows for easy access to components for routine maintenance or repairs, minimizing downtime. The machine’s design is optimized for long-term performance in demanding production environments. With the right care, the M1 Plus can continue to deliver reliable service for many years, providing manufacturers with a high return on investment (ROI). Applications of the M1 Plus Chip Mounter The M1 Plus is highly versatile and can be used in a wide range of industries that require efficient and precise SMT assembly. Some of the key applications for the M1 Plus include: 1. Consumer Electronics In the consumer electronics industry, the M1 Plus is ideal for assembling complex, small components used in devices such as smartphones, tablets, and wearables. Its high-speed performance and precision placement

Samsung SM 320
SMT Machines, Samsung Machine

Samsung SM 320 Pick and Place Machine

Samsung SM 320 Pick and Place Machine – Efficient and Versatile SMT Solution The Samsung SM 320 is an advanced Surface Mount Technology (SMT) pick and place machine designed to provide high-speed, precision placement of components onto printed circuit boards (PCBs). Known for its reliable performance, flexibility, and cutting-edge technology, the SM 320 has become a popular choice for many manufacturers involved in the production of a variety of electronics. Whether you’re dealing with small components for consumer electronics or larger components for automotive electronics, this machine is designed to meet the demands of high-volume production lines, offering both speed and accuracy. At Motobotix, we offer fully refurbished and certified used Samsung SM 320 machines, making it possible for manufacturers to access high-performance equipment at a more affordable price. These machines are thoroughly tested to ensure optimal performance, providing you with a cost-effective solution for your production needs without compromising on quality. Key Features of the Samsung SM 320 The Samsung SM 320 is equipped with a range of advanced features that enhance its performance, versatility, and efficiency. These features make the machine an ideal choice for various industries, including consumer electronics, automotive electronics, and medical devices. 1. High-Speed Placement The Samsung SM 320 offers exceptional speed, capable of placing up to 20,000 components per hour (CPH). This makes the machine suitable for high-volume production environments, where maximizing throughput is critical. The ability to place a large number of components in a short amount of time helps manufacturers meet tight production deadlines and keep their assembly lines running smoothly. 2. Exceptional Placement Accuracy In electronics manufacturing, accuracy is key, and the SM 320 excels in this area. With a placement accuracy of ±0.03mm, this machine ensures that even the smallest and most intricate components, such as 0201 resistors, QFNs, and BGAs, are placed with precision. This level of accuracy is essential in industries where small misplacements can lead to costly defects and rework. The SM 320 comes equipped with a high-resolution vision system, which ensures the correct alignment of components during placement. This system helps reduce errors, providing manufacturers with the confidence that their PCBs will be assembled to the highest standards. 3. Versatility in Component Handling The Samsung SM 320 is designed to handle a wide range of components, from small SMD components to larger ICs and BGAs. Its ability to manage multiple component sizes and types makes it a versatile choice for manufacturers who need to assemble different products or switch between components quickly. The machine is capable of handling different PCB sizes and supports both single-sided and dual-sided PCB assembly. This flexibility allows manufacturers to maximize their production capabilities while reducing the need for additional equipment. 4. Flexible Feeder System The SM 320 comes with a flexible feeder system that can accommodate various types of feeders, allowing the machine to handle multiple components simultaneously. With up to 80 feeders, the SM 320 can manage large component inventories, minimizing downtime and maximizing efficiency. The quick-change feeder system makes it easy for operators to swap out feeders and reconfigure the machine for different production runs. This system reduces downtime between jobs and improves the overall efficiency of the assembly line. 5. Dual Gantry Design The Samsung SM 320 features a dual gantry design, which improves throughput by allowing the machine to place components on both sides of the PCB simultaneously. This dual gantry system helps reduce cycle times, making it an ideal solution for large or multi-layered PCBs that require dual-sided placement. This feature also reduces the need for additional equipment, such as a second pick and place machine for the opposite side of the PCB, helping manufacturers save both time and costs. 6. Advanced Vision System The vision system in the SM 320 plays a crucial role in ensuring high accuracy during the placement process. Equipped with high-resolution cameras, the system constantly checks for component alignment and placement, minimizing the chances of misplacement. In addition to real-time alignment correction, the vision system can perform automated component recognition, ensuring that components are recognized and placed accurately regardless of the type or size. This advanced feature further enhances the flexibility and versatility of the machine, allowing it to work with various components without requiring manual adjustments. 7. User-Friendly Interface The Samsung SM 320 is designed with an intuitive, user-friendly interface, making it easier for operators to set up and operate the machine. The touchscreen control panel allows users to quickly configure the machine, monitor production progress, and adjust settings in real-time. The SM 320 also features automatic programming capabilities, reducing the time required for manual programming and enabling faster setup times. This feature streamlines production processes, helping manufacturers achieve higher productivity. 8. Low Maintenance and Durability The SM 320 is built for durability and low maintenance, ensuring that manufacturers can rely on the machine for consistent performance over time. Its modular design makes it easy to access key components for maintenance or repairs, reducing downtime and increasing uptime. The machine is designed to operate in demanding production environments, handling high volumes of work without sacrificing performance. This reliability is crucial for manufacturers looking to reduce maintenance costs and keep their production lines running smoothly. Applications of the Samsung SM 320 The Samsung SM 320 is widely used across various industries due to its high performance, accuracy, and versatility. Below are some of the key applications for which the SM 320 is ideally suited: 1. Consumer Electronics In the consumer electronics industry, the Samsung SM 320 excels in assembling small, complex components for products such as smartphones, tablets, and wearables. The machine’s high speed, precision, and versatility make it an excellent choice for manufacturers producing these popular consumer devices. 2. Automotive Electronics The automotive electronics industry requires the assembly of components used in systems like infotainment, engine control units, and safety systems. The SM 320 is well-suited for placing high reliability components used in automotive applications, ensuring that these systems perform well in harsh environments. 3. Medical Devices In the

Samsung SLM 120
SMT Machines, Samsung Machine

Samsung SLM 120 led chip shooter lens chip mounter for LED assembly line

Samsung SLM 120 Pick and Place Machine – High Speed Flexible SMT Solution The Samsung SLM 120 is a high performance Surface Mount Technology (SMT) pick and place machine that stands out in the realm of modern electronics manufacturing. Designed for precision, speed, and versatility, the SLM 120 has become a preferred choice for a wide range of industries, including consumer electronics, automotive, and medical device manufacturing. As a key component in SMT assembly lines, this machine plays a critical role in ensuring that components are efficiently placed onto printed circuit boards (PCBs) with high accuracy and reliability. For manufacturers looking to increase production speed, reduce error rates, and enhance overall efficiency, the Samsung SLM 120 offers a range of innovative features that ensure both high throughput and superior placement accuracy. Whether you’re producing smartphones, automotive electronics, or medical devices, the SLM 120 offers the flexibility and performance required for the most demanding production environments. At Motobotix, we specialize in offering fully refurbished and certified used SMT machines, including the Samsung SLM 120, tailored to meet the specific production needs of our clients. This ensures that our customers can access top tier machines that perform as if they were brand new, without the premium price tag. Key Features of the Samsung SLM 120 The Samsung SLM 120 is equipped with a variety of advanced features that make it a powerful tool for any SMT production line. Below, we explore some of the most important features and how they contribute to the overall performance and efficiency of the machine. 1. High Speed Performance One of the standout characteristics of the Samsung SLM 120 is its high speed performance. With the ability to place up to 40,000 components per hour (CPH), the SLM 120 is designed to maximize throughput without sacrificing placement accuracy. This makes it a perfect fit for high volume production lines where speed is crucial. The machine’s high speed capabilities allow manufacturers to meet tight deadlines and achieve fast production cycles, significantly reducing the time required to assemble complex PCBs. Whether you’re working with consumer electronics, automotive applications, or medical devices, the SLM 120 ensures your products are assembled efficiently and quickly. 2. Exceptional Placement Accuracy For electronics manufacturing, precision is paramount. The Samsung SLM 120 offers placement accuracy of ±0.03mm, which is critical for ensuring that small components, such as 0201 resistors, QFNs, and BGAs, are placed accurately on the PCB. This level of precision is essential for meeting the strict requirements of industries such as automotive electronics and medical device manufacturing, where even the smallest misplacement could result in significant issues. The SLM 120 is equipped with a high resolution vision system that ensures the correct alignment of components during placement. This system helps detect any misalignment in real time, allowing for immediate adjustments and reducing the risk of defects. 3. Versatile Component Handling The Samsung SLM 120 is designed to handle a wide range of component types and sizes, from small SMD components to larger ICs, BGAs, and QFNs. This versatility makes the SLM 120 ideal for companies that need to assemble a variety of products or frequently switch between different component types. The SLM 120 offers the flexibility to work with different PCB sizes and accommodates both single and dual sided PCB assembly, allowing manufacturers to maximize their production line’s capabilities. With its ability to place components on both sides of a PCB, the machine significantly reduces the need for additional equipment, saving both time and costs. 4. Efficient Feeder System The SLM 120 features an advanced feeder system that supports a wide variety of feeders, enabling manufacturers to handle multiple components simultaneously. With up to 120 feeders available, the SLM 120 can accommodate a large range of components without requiring frequent feeder changes, minimizing downtime and increasing operational efficiency. Additionally, the quick change feeder system allows for easy setup and fast component swaps, ensuring that manufacturers can quickly adapt to changing production needs. This system enables the machine to stay operational for longer periods without interruption, making it a key asset for companies with high throughput requirements. 5. Dual Gantry Design for Maximum Throughput The Samsung SLM 120 is equipped with a dual gantry design, which enhances its overall throughput. The dual gantry system enables simultaneous component placement on both sides of the PCB, allowing for faster production cycles. This design is particularly advantageous when working with large or multi layered PCBs, where dual sided placement is necessary. By maximizing the machine’s efficiency and reducing cycle times, the dual gantry system helps manufacturers maintain a continuous production flow. This is especially important for industries that require high volume production, such as consumer electronics and automotive electronics. 6. Advanced Vision System for Precision and Inspection The Samsung SLM 120 is equipped with a sophisticated vision system that ensures each component is placed with the utmost precision. The system uses high resolution cameras to inspect components during placement and verify that they are correctly aligned. This advanced vision system also helps identify defects, such as misaligned or misplaced components, during the assembly process, ensuring that the final product meets the highest quality standards. In addition, the vision system is capable of performing automated component recognition, making it easier to work with different component types without requiring manual adjustments. This feature improves the machine’s overall versatility and reduces the chances of errors. 7. User Friendly Interface The Samsung SLM 120 features a user friendly interface that simplifies machine operation. With its intuitive touchscreen controls, operators can quickly set up the machine, adjust settings, and monitor its performance in real time. This reduces the learning curve for new operators and minimizes the chance of human error during operation. The SLM 120‘s software is designed for easy integration with existing production systems, making it simple to manage and optimize production schedules. The machine also offers automatic programming capabilities, allowing for faster setup times and reducing the need for manual programming. 8. Low Maintenance and High Durability The Samsung

chat now
Scroll to Top