Edison Stencil Printer
Overview
The Edison printer is the industries’ most accurate printer (certified by third party) with +/- 15μ @ 6σ wet print repeatability. Total throughput is lightning fast due in part to the highly-efficient, parallel processing of the stencil shuttle system, stencil wiping, paste dispensing and vision alignment system. The MPM Edison™ stencil printer is ideally suited for the growing Automotive, Semiconductor and Smart Device manufacturing markets.
Featured Technology and Benefits
Faster Throughput for a Better Process
Edison’s new parallel processing system is extremely fast resulting in a very short cycle time. This helps increase throughput by shortening total time per PCB printed. This leaves more time for key overhead functions that have the biggest impact on print quality:
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● Print at slower speeds to decrease variability
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● Utilize slow stencil separation for optimal print definition
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● Double stroke after wipe
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● More frequent wiping resulting in higher yields
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● Time leftover to optimize settings for maximum possible yields
Incomparable Wet Print Accuracy
Best-in-class printing with a 25% improvement in wet print accuracy over current printers: Built-in +/- 8 micron alignment, and +/- 15 micron wet print repeatability (≥2 Cpk @ 6σ) proven through 3rd party Print Capability Analysis (PCA) testing.
Back To Back (BTB) Configurable
BTB is a flexible dual lane solution without adding line length; identical single-lane printers are easily re-deployed to other lines when needed. Use in BTB configuration, or singly as a stand-alone.
Intueri Graphical User Interface
MPM Intueri is a simple, intuitive operator interface with a flexible, wide array of configuration variables. It is combined with OpenApps for maximum capability and connectivity and provides a portal to Industry 4.0 concepts.
Advanced Print Head
Single axis closed-loop pressure control for dual squeegee eliminates front-to-back variation; a single high precision load cell provides squeegee force, and a unique algorithm calibrates out non-linearity, maintaining the set pressure across the entire board surface.