MPM PRINTERS DETAILED PRODUCT DESCRIPTION

JAR PASTE DISPENSER

MPM Printer series is a well-regarded line of SMT printers used extensively in the electronics manufacturing industry for its precision, efficiency, and robust build quality. Among the many components that contribute to its exceptional performance are the sensors. Specifically, the 2006345, 2006346, and 2006343 sensors are critical components that ensure the MPM printers maintain high accuracy and reliability during the printing process. These sensors, originating from ITW EAE, are designed to enhance the functionality of the printers, making them highly effective in a demanding manufacturing environment.

Overview of MPM Printer Sensors: 2006345, 2006346, and 2006343

1. High Precision and Sensitivity:
   • The sensors 2006345, 2006346, and 2006343 are engineered for high precision, ensuring that every detail of the printing process is monitored and controlled. They play a crucial role in maintaining the quality of printed circuit boards (PCBs) by accurately detecting and responding to various operational parameters such as alignment, speed, and positioning.
   • These sensors help detect inconsistencies or errors in the printing process, allowing for real-time adjustments that maintain the high standards required in SMT applications.
2. Advanced Technology for Optimal Performance:
   • Designed with the latest technology, these sensors offer superior accuracy and quick response times. This technology allows the MPM printers to achieve consistent results, even under high-speed operations.
   • The integration of advanced sensing capabilities helps the printer adapt to various environmental changes, such as temperature fluctuations, ensuring reliable performance under different manufacturing conditions.
3. Enhanced Process Control:
   • The sensors 2006345, 2006346, and 2006343 are integral to the MPM printer’s control system. They continuously monitor the printer’s operation and provide feedback to the control unit, which adjusts the printing parameters in real-time. This level of control minimizes errors and reduces material waste, contributing to cost efficiency in the manufacturing process.
   • The sensors also facilitate automated calibration processes, reducing the need for manual intervention and enhancing the overall throughput of the printing line.
4. Robust Design for Durability:
   • Constructed with high-quality materials, these sensors are built to withstand the rigors of industrial environments. They are resistant to dust, moisture, and other contaminants, ensuring that their performance remains unaffected over prolonged periods of use.
   • The durable design reduces maintenance requirements and extends the lifespan of the sensors, making them a cost-effective component for the MPM printers.
5. Compatibility and Easy Integration:
   • The sensors 2006345, 2006346, and 2006343 are specifically designed to be compatible with MPM printers, ensuring seamless integration without the need for additional adjustments or modifications. This compatibility simplifies installation and replacement, reducing downtime during maintenance or upgrades.
   • The sensors’ design also allows them to work harmoniously with other components of the printer, contributing to a smooth and efficient operation of the entire system.

Applications in MPM Printers

1. Alignment and Registration:
   • One of the primary functions of these sensors is to ensure precise alignment and registration of the stencils and PCBs. Accurate alignment is crucial to avoid misprints and ensure that the solder paste is correctly deposited onto the pads, leading to high-quality, defect-free PCBs.
2. Monitoring Printing Speed and Position:
   • The sensors monitor the speed and position of the squeegee and stencil during the printing process. This monitoring helps maintain consistent print quality by adjusting the speed and force applied, optimizing the printing parameters for each specific job.
3. Quality Assurance:
   • By constantly checking the position and performance of the moving parts, these sensors help detect any anomalies early in the process. This early detection allows operators to address potential issues before they affect the final product, ensuring a higher yield and reducing the need for rework.
4. Error Detection and Correction:
   • The sensors 2006345, 2006346, and 2006343 are equipped with error-detection capabilities that alert operators of any misalignments, mechanical issues, or deviations from the set parameters. This feature helps in promptly addressing errors, thus minimizing downtime and enhancing overall productivity.

Benefits of Using Original Sensors from ITW EAE

1. Consistent Quality and Performance:
   • Using original sensors ensures that the MPM printers operate at peak performance levels. ITW EAE’s sensors are precisely calibrated for MPM printers, guaranteeing that all specifications are met without compromise.
2. Reduced Downtime:
   • High-quality, reliable sensors reduce the likelihood of operational interruptions, ensuring continuous production. When replacements are needed, the easy integration of these sensors minimizes the time required for maintenance.
3. Long-Term Cost Efficiency:
   • Though original sensors may have a higher initial cost compared to generic alternatives, their durability, accuracy, and low maintenance needs result in significant cost savings over time. They reduce the frequency of replacements and lower the chances of costly errors during the printing process.
4. Enhanced Safety and Compliance:
   • Using sensors specifically designed for MPM printers helps maintain compliance with industry standards. ITW EAE’s sensors undergo rigorous testing to meet safety and performance requirements, ensuring the safe operation of the printers in any production environment.
5. Technical Support and Warranty:
   • Purchasing original sensors provides access to technical support and warranties offered by the manufacturer. This support can be invaluable in quickly resolving any issues that arise, keeping the printing operations running smoothly.

Conclusion

The MPM Printer sensors 2006345, 2006346, and 2006343 are integral to the superior performance of the MPM Momentum series printers. These sensors, designed by ITW EAE, provide the precision, reliability, and control necessary to achieve high-quality PCB printing. By ensuring accurate monitoring and real-time adjustments, they contribute to the efficiency and effectiveness of the SMT process, making them an indispensable component in modern electronics manufacturing. Investing in original, high-quality sensors ensures the long-term success and productivity of MPM printing systems

JAR PASTE DISPENSER

There are a few related changes to the Momentum and Momentum BTB platforms as well as the

introduction of the “Jar Paste Dispenser” feature.

The first of these is the introduction of the “Front Mounted Lateral Dual Jar or Single Jar” paste

dispenser, this feature is the same as conventional paste dispenser (Cartridge type). Second is the

dispensing feature called “Front Mounted Lateral Dual Jar” and “Front Mounted Lateral Single Jar”.

This kind of paste dispensing occurs only with the front jars mounted in the dispenser bracket

assembly which moves in the X-axis. Each dispenser jar (Dual or Single) is held in place by jar

paste holder arrangement.

The system is capable of dispensing only solder paste.

The Jar Paste Dispenser assembly mounts to the linear bearing on the front edge of the carriage the

same as the traditional paste dispenser. The major aspect of this is that this is front mounted which

provides for ease of serviceability.

The Jar Paste Dispenser also has the capability of being usable when the printer is configured with

conventional squeegee blades.

The Jar Paste Dispenser also is compatible with the Camalot Inside feature.

The Jar Paste Dispenser is not compatible with the Enclosed Flow Pump Head feature when

mounted.

THE MOMENTUM II 100 STENCIL PRINTER IS A HARD-WORKING

MPM printers are engineered with proven technology that was built on our successful legacy MPM stencil printer machines.
From MPM printer head technology to vision system development, today’s leading Momentum series of stencil printers are ready
to meet the most exacting manufacturing challenges.