Proving Performance: Multi Jet Fusion in a Manufacturing Environment

With higher detail and accuracy, Multi Jet Fusion is a major player in the 3D printing arena. The process has garnered attention for its speed and material recyclability and has seen success from early adopters, like Stratasys Direct Manufacturing. 

Parts made from Multi Jet Fusion have:
  • Improved mechanical properties
  • Higher isotropic characteristics
  • Faster turn-arounds

This recorded webinar features experts from Stratasys Direct Manufacturing sharing their perspective on the technology, its impact on the industry and plans for future material development to expand the technology’s prospects for meeting high-requirement components.

Multi Jet Fusion

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What is Multi Jet Fusion?

Multi Jet Fusion offers thermoplastic materials well-suited for production applications and functional prototyping. The technology is a step-function advancement in rapid product development, and it expands 3D printing for manufacturing production in industries like consumer products and transportation.

The enhancements are achieved due to greater process and operations controls possible with the technology. Multi Jet Fusion’s unique build method results in parts with higher isotropic characteristics without increasing manufacturing cycle-time.

Results of Four-Month Study 

Multi Jet Fusion’s impact on the market has been significant, but how does it stack up in a production environment? Stratasys Direct put the technology to the test in our rigorous manufacturing facilities.

With decades of experience in additive manufacturing and advanced manufacturing solutions, specifically in the enhancement of 3D printing methods for production parts, we were the ideal company to validate the technology for production capabilities. 

We took months to test Multi Jet Fusion’s repeatability and quality in a production environment. Our quality systems ensured consistent handling and recycling of materials along with machine maintenance and process control limits. Our controls provide material traceability, mechanical property verification, dimensional stability validation and other performance criteria checks to repeatability deliver parts that meet customer specifications. 

Up against stringent quality systems, capacity demands and the process controls of a production environment, how does Jet Fusion perform? Discover the results of a process qualification study that highlights Multi Jet Fusion’s performance claims against the demands of a real production environment, including repeatability and cost-effectiveness in this recorded webinar.

 

Multi Jet Fusion Resources

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Making Better Production Parts

Multi Jet Fusion's utilization in a manufacturing environment.

After months of careful validation of the technology in our robust manufacturing facilities, we’re excited to offer Multi Jet Fusion for production parts.

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multi jet fusion design guideline

Multi Jet Fusion Design Guideline

Learn more about the specific considerations to optimize designs for Multi Jet Fusion.

Learn more about the specific considerations to optimize designs for Multi Jet Fusion.

Download Design Guideline
multi jet fusion

Multi Jet Fusion in a Manufacturing Environment

How does Multi Jet Fusion perform in a production environment?

Discover the results of a process qualification study that highlights Multi Jet Fusion’s performance claims against the demands of a real production environment, including repeatability and cost-effectiveness in this recorded webinar.

Watch the Webinar