Revolutionizing Powder Bed Fusion with MMF Technology

Melt Mobilize Fuse (MMF) - The next generation of additive manufacturing with expanded material options and enhanced capabilities

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Melt Mobilize Fuse (MMF) Technology

A groundbreaking advancement in powder bed fusion 3D printing

Experience the MMF Advantage

MMF (Melt Mobilize Fuse) represents a significant evolution in powder bed fusion technology, expanding the range of materials that can be effectively processed while improving the quality and functionality of printed parts.

  • Utilizes a wider variety of polymeric powders compared to traditional methods

  • Features an expanded processing window for greater control and flexibility

  • Enables incorporation of functional additives directly into printed builds

  • Improves production efficiency and part quality through optimized fusion

MMF 3D Printing Process

The MMF Process

A step-by-step look at how MMF technology works

1. Broad Melting

Energy sources melt the base powder particles which are separated and kept from coalescing.

2. Particle Mobilization

Curtailing agent mobilizes particles by removing the obstructions for optimal fusion and density.

3. Controlled Fusion

Excess agent vaporization and unhindered fusion creates strong, consistent layers.

4. Powder Deposition

A thin layer of polymer powder is evenly spread over the whole build area ready for the next fused layer.

MMF 3D Printing Process

Key Advantages of MMF Technology

Why MMF represents the future of powder bed fusion

Expanded Material Options

MMF technology enables the use of a broader range of polymeric powders that were previously difficult or impossible to process with conventional powder bed fusion methods.

Larger Processing Window

The MMF process offers greater flexibility with an expanded processing window, allowing for more precise control over material properties and final part characteristics.

Additive Integration

Functional additives can be incorporated directly into 3D printed builds, enabling the creation of parts with enhanced properties like conductivity, strength, or thermal resistance.

Improved Part Quality

The MMF process achieves superior part properties by leveraging higher operating temperatures and the ability to simultaneously integrate dissimilar materials, advantages not readily available in traditional powder bed fusion methods.

Cost Efficiency

MMF technology reduces material waste and enables the use of lower-cost powders while maintaining high-quality output, providing significant cost savings.

Process Reliability

The MMF method offers the possibility of more consistent and repeatable results, with a larger process window, and fewer failed builds resulting in increasing overall production reliability.

MMF Technology Applications

Transforming industries with advanced additive manufacturing

Aerospace

Aerospace Components

Lightweight, high-strength parts with complex geometries for aircraft and spacecraft applications are allowed by MMF's higher temperature processing and integration of multiple materials.

Medical

Medical Devices

Custom implants, surgical tools, and biocompatible components with integrated functionality enabled by MMF's precise control over material properties and ability to process medical-grade polymers.

Automotive

Automotive Parts

High-performance, lightweight components with integrated functions for next-generation vehicles enabled by MMF due to a wider variety of materials and higher temperature materials.

Electronics

Electronics Housings

Custom enclosures with integrated thermal management and EMI shielding, made possible by MMF's ability to process high-performance polymers and incorporate conductive materials.

Industrial

Industrial Tooling

Durable, customized jigs and fixtures optimized through MMF's expanded material selection and ability to create parts with superior mechanical properties.

Consumer

Consumer Products

High-quality, customized products with enhanced material properties, enabled by MMF's ability to process recycled materials and create parts with superior surface finish.

Sustainable Manufacturing with MMF

Revolutionizing plastic recycling in additive manufacturing

Transforming Waste into Value

MMF technology breaks new ground in sustainable manufacturing by enabling the effective use of recycled plastic powders. Unlike traditional powder bed fusion processes that require precisely manufactured powders with narrow melting points, MMF's expanded processing window allows for the use of reground plastics and recycled materials.

  • Convert used plastic parts into viable printing materials through simple grinding processes

  • Significantly reduce material costs by utilizing recycled and reground powders

  • Minimize waste by reusing previously unusable or aged powders

Plastic Recycling Process

MMF vs Traditional Powder Bed Fusion

How MMF technology outperforms conventional methods

Feature

MMF Technology

Traditional PBF

Material Variety

Wide range of polymers and composites, including recycled materials

Limited to specific polymer formulations

Material Input Flexibility

Accepts recycled and reground powders with varying properties

Requires precisely manufactured powders

Processing Window

Expanded for greater control

Narrow, requiring precise parameters

Additive Integration

Supports functional additives

Limited additive compatibility

Part Properties

Improved mechanical properties

Standard properties with limitations

Production Efficiency

Higher yield with fewer failed builds

Higher failure rates in some materials

Ready to Explore MMF Technology?

Contact our team to learn how MMF can transform your additive manufacturing capabilities.

info@pulveredge.com

+1 (970) 430-6696