MPM PRINTERS DETAILED PRODUCT DESCRIPTION

Origin New MPM Printer Boards: 1017661, 1017070, and 1017074

MPM printers, a part of ITW EAE , are renowned for their advanced screen printing technology used in high-precision electronic manufacturing. Key components such as control boards play a crucial role in the performance and functionality of these printers, ensuring they operate efficiently and accurately. The MPM Momentum series printers are equipped with various control boards, including models 1017661, 1017070, and 1017074. These boards are essential for the smooth operation of the printers, managing everything from machine control to print quality adjustments.

Here’s a detailed overview of the Origin New MPM Printer Boards 1017661, 1017070, and 1017074, highlighting their features, functions, and significance in MPM printers.

1. Overview of MPM and the Momentum Series

ITW EAE’s MPM brand is a leading provider of screen printers used in electronics manufacturing. The MPM Momentum series, in particular, is designed to meet the needs of high-mix, low-to-medium volume production environments. These printers are known for their precision, versatility, and advanced automation capabilities, which help manufacturers achieve consistent and high-quality print results.

The Momentum series printers use a variety of control boards to manage the intricate processes involved in screen printing. These boards are integral to the printer’s operation, facilitating communication between different components, controlling the movement of print heads, and ensuring accurate print placement.

2. The Role of Control Boards in MPM Printers

Control boards in MPM printers serve as the brain of the machine, coordinating various functions such as print alignment, squeegee pressure control, and stencil cleaning. These boards process input from sensors, execute control algorithms, and communicate with other components to ensure the printer operates correctly. Without these control boards, the printer would be unable to perform the precise, synchronized actions required for high-quality screen printing.

3. Features and Functions of the MPM Printer Boards

Board 1017661

• Purpose and Functionality: The 1017661 board is typically used as a central control unit in MPM printers, managing the overall operation of the machine. It is responsible for processing commands, executing print jobs, and coordinating communication between different subsystems, including the print head, stencil, and vision systems.
• Key Features:
  • High Processing Speed: This board is equipped with a fast processor that can handle complex calculations required for precise print placement and alignment.
  • Advanced Communication Protocols: Supports modern communication protocols to ensure fast and reliable data exchange between the printer’s components.
  • Robust Design: Built to withstand the demanding conditions of a manufacturing environment, including resistance to electrical noise and physical shocks.
• Significance: The 1017661 board is crucial for maintaining the printer’s overall performance, enabling quick responses to operator inputs and real-time adjustments during printing. It ensures that all components work harmoniously, leading to high throughput and minimal errors.

Board 1017070

• Purpose and Functionality: The 1017070 board is primarily used for managing motion control within the printer, such as the movement of the print head and the positioning of the PCB (Printed Circuit Board) under the stencil. It plays a vital role in ensuring precise movement and alignment, which are critical for high-quality prints.
• Key Features:
  • Precision Motion Control: Allows for accurate control of the X, Y, and Z axes, ensuring the correct positioning of components during the printing process.
  • Feedback Systems Integration: Works with feedback systems such as encoders and sensors to continually adjust movements, enhancing accuracy and reducing deviations.
  • High Reliability: Designed to provide consistent performance over long periods, with low susceptibility to drift or mechanical wear.
• Significance: The 1017070 board is essential for achieving the precise positioning required in screen printing. By accurately controlling the movement of the print head and the PCB, this board helps to reduce misprints and improve overall print quality, making it a key component in the printer’s functionality.

Board 1017074

• Purpose and Functionality: The 1017074 board is often used as an interface or I/O (Input/Output) board, managing the interaction between the printer and external systems such as vision systems, sensors, and user interfaces. It acts as a bridge, converting signals from various inputs into actionable commands for the printer.
• Key Features:
  • Multiple I/O Channels: Equipped with numerous input and output channels to handle data from various sources, allowing for extensive integration with other equipment.
  • Signal Processing Capabilities: Capable of processing signals in real-time, which helps the printer respond quickly to changes in the printing environment or operator inputs.
  • Durability: Designed to operate in harsh manufacturing environments, with protection against dust, vibration, and temperature fluctuations.
• Significance: The 1017074 board enhances the versatility and adaptability of MPM printers by allowing them to interface effectively with a wide range of external devices. This capability is crucial for printers operating in complex manufacturing setups, where coordination with other machinery and systems is often required.

4. Applications of MPM Printers with Boards 1017661, 1017070, and 1017074

These control boards enable MPM printers to perform efficiently in various high-demand applications, including:

• Automotive Manufacturing: Used for printing electronic circuits in automotive control systems, sensors, and infotainment modules, where precision and reliability are critical.
• Medical Devices: Ideal for the precise printing of components used in medical equipment, including diagnostic devices and wearable health monitors, which require stringent quality control.
• Consumer Electronics: Commonly used in the production of PCBs for smartphones, tablets, and other consumer electronics, where speed and accuracy directly impact production efficiency.
• Aerospace and Defense: Utilized in the assembly of high-reliability electronic components for aerospace applications, where any printing errors can have significant consequences.
• Industrial Automation: Supports the manufacture of control systems and robotics used in industrial automation, helping to drive advances in smart manufacturing technologies.

5. Conclusion

The Origin New MPM Printer Boards 1017661, 1017070, and 1017074 are critical components that enhance the functionality, precision, and reliability of MPM Momentum printers. Each board serves a specific purpose, from overall machine control to precise motion management and interfacing with external systems. Together, they contribute to the high performance and versatility of MPM printers, making them suitable for a wide range of high-precision applications in industries such as automotive, medical, consumer electronics, and aerospace.

These boards highlight the importance of advanced electronics in modern manufacturing, where every component plays a vital role in achieving the high standards required by today’s complex production environments. By integrating robust, high-performance control boards, ITW EAE continues to set the benchmark for excellence in screen printing technology.

The new Momentum II HiE is a single-rail stencil printer with servo motors, rather than stepper motors, driving the vision system’s X, Y, and Z axes.  Faster than steppers, servos drive the vision gantry at higher speed and thus increase throughput and cut cycle time, making the Hi-E an efficient high-volume printer. New features enable improvement in productivity, yield, versatility, and ease of use.

The Momentum II stencil printers are designed for high throughput and accuracy. MPM’s rigid frame is welded for low vibrations and major assemblies are driven by precision ball screws.  This allows for higher repeatability and greater reliability over time.