MPM PRINTERS DETAILED PRODUCT DESCRIPTION

Introduction

In the fast-paced world of screen printing, the choice of squeegee can significantly impact the quality of the printed product. Origin New MPM printer squeegees, specifically models 1018374, 1018140, and 1019822, designed for use with Speedline ITW EAE MOMENTUM printers, have gained prominence due to their innovative designs and superior performance. This article explores the features, benefits, and applications of these squeegees, highlighting their role in enhancing printing efficiency and quality.

Overview of MPM Printer Squeegees

MPM printers are renowned for their precision and reliability in various printing applications, from electronics to textiles. The squeegee is a critical component in the printing process, directly affecting ink transfer, print quality, and overall production efficiency. The Origin New MPM squeegees are engineered to meet the rigorous demands of high-speed production environments.

Model Specifications

1. Model 1018374: This squeegee is designed for high viscosity inks and provides excellent control over ink deposition. Its ergonomic design reduces operator fatigue, enhancing productivity during long runs.
2. Model 1018140: Known for its versatility, this model is suitable for a wide range of applications, including fine-line printing. Its balanced stiffness and flexibility allow for precise ink transfer on various substrates.
3. Model 1019822: Tailored for high-speed applications, this squeegee features a unique blade design that minimizes drag, ensuring smoother operation. It is particularly effective in achieving consistent ink thickness and reducing smudging.

Key Features

• Material Quality: Origin New MPM squeegees are constructed from high-grade materials that ensure durability and resistance to wear. This longevity translates to lower replacement costs and less downtime.
• Design Innovation: Each model incorporates design innovations that optimize performance. Features such as bevelled edges and customizable hardness levels allow printers to tailor their squeegee choice to specific ink types and substrates.
• Compatibility: These squeegees are specifically designed for use with Speedline ITW EAE MOMENTUM printers, ensuring a perfect fit and seamless integration into existing workflows.

Benefits of Using Origin New MPM Squeegees

1. Enhanced Print Quality: The precision engineering of these squeegees ensures accurate ink transfer, leading to sharper images and finer details. This is crucial for industries where print quality is paramount, such as electronics and branding.
2. Increased Efficiency: With designs that promote faster ink transfer and reduced drag, these squeegees help improve overall production speed. Operators can achieve higher output rates without compromising quality.
3. Reduced Waste: By ensuring precise ink application, these squeegees minimize overuse of ink and reduce waste. This is not only cost-effective but also contributes to more sustainable printing practices.
4. User-Friendly: The ergonomic designs of the squeegees reduce strain on operators, allowing for more comfortable handling and improved focus on the printing process.

Applications

Origin New MPM squeegees are versatile and can be used across various applications:

• Electronics Printing: The precision required in electronics printing makes these squeegees ideal for transferring conductive inks onto circuit boards.
• Textile Printing: Their ability to handle different ink viscosities allows for high-quality textile prints, essential in fashion and home décor.
• Packaging: The consistent ink application offered by these squeegees is crucial for achieving vibrant and uniform packaging prints, enhancing brand visibility.
• Graphics and Signage: For graphic applications, where detail and color vibrancy are critical, these squeegees provide the necessary performance to meet industry standards.

Comparing Origin New MPM Squeegees with Competitors

When evaluating squeegee options, it’s important to compare the features and benefits of Origin New MPM squeegees with those from competitors. Many squeegees on the market may not offer the same level of precision or durability.

• Durability: Competitors may use lower-quality materials that can wear out quickly, resulting in higher long-term costs due to frequent replacements.
• Performance: While some brands offer squeegees for specific applications, the versatility of Origin New MPM squeegees allows for broader use across various printing tasks.
• Support and Compatibility: Origin’s commitment to supporting Speedline ITW EAE MOMENTUM printers ensures that users receive not only a product but a complete solution that works seamlessly with their existing setup.

Maintenance and Care

To maximize the lifespan and performance of Origin New MPM squeegees, proper maintenance is essential:

• Cleaning: After each use, squeegees should be cleaned thoroughly to remove ink residues. This prevents build-up that can affect print quality over time.
• Storage: Squeegees should be stored in a dry environment, preferably flat or in a protective case, to avoid bending or damage to the blades.
• Inspection: Regularly inspect squeegees for wear and tear. Early identification of damage can prevent quality issues during printing runs.

Conclusion

Origin New MPM printer squeegees 1018374, 1018140, and 1019822 are exceptional tools designed for precision and efficiency in screen printing applications. Their innovative design, compatibility with Speedline ITW EAE MOMENTUM printers, and ability to enhance print quality make them a valuable asset for any printing operation. By investing in these squeegees, businesses can improve their production processes, reduce waste, and ultimately deliver high-quality printed products that meet and exceed customer expectations.

1018140-xxx: Also, referred to as ‘High Performance Squeegee’ (HPS). This assembly comes standard with a dual blade setup. The blade holders have spring loaded floating side dams which keeps the paste roll within the squeegee blade area, reducing bleed out on the outside of the blades. Utilizes the knob-screw post to mount to the print head. Single blade replacement is available. This was the standard Mpm Printer Momentum series printer blade assembly prior to 1023036-xxx.This assembly is like the blade assembly 1024009, with a higher deflection point of the squeegee blades.

Recommended use: Best results shown to be on larger devices (0201, 0402, 0603, etc.) Excellent fill of the apertures. It also works well with finer pitch devices. Mpm Printer Squeegee blades are an intracule part of the print process. In a typical printing process, the paste does not fill the aperture until the paste bead has traveled at least 75% beyond the leading edge of the aperture.

The aperture fills from the trailing edge of the aperture backwards. It is the rolling of the solder paste bead that generates the downward force that drives the paste to fill the aperture. This understanding of the aperture filling process is important to understanding why the attack angle of Mpm Printer the blade becomes critical. Miniature components such as 01005 passives and 0.3 mm CSPs/BGAs demand the accuracy and precise deposition of solder paste volume.

It is well known that stencil printing is a complex process, influenced by several variables that include hardware, software, materials and process factors. Mpm Printer Squeegee blade assembly happens to be an element of printing that can have a significant effect on the print quality. Studies show most of the qualities are affected by squeegee blade type and attack angle of Mpm Printer the blade.

In general, only two metal blade printing print parameters which affect aperture filling can be controlled: squeegee speed and downward squeegee pressure. The speed should not be set so high that the paste does not roll as it moves across the stencil or so low that the print cycle time does not keep up with the manufacturing line.

Mpm Printer the blade pressure is usually set so that no paste remains on the stencil behind the squeegee. Higher pressures will not only damage the stencil, but also shear-thin the paste to such an extent that the flux will separate from the metal and problems such as paste sticking to the blade, lack of tack at placement, or poor solderability will occur further down the assembly line.