Colibrium Additive
Published

Dimensionics Density Offers Automated Density Determination for AM-Produced Parts

Formnext 2023: Dimensionics Density’s automatic density determination technology provides automated, accurate and repeatable density determinations for additive manufacturing production.

Share

Dimensionics Density has a range of tools that can easily determine the density of freeform parts and highly complex AM parts, and can measure density repeatably to 0.001 g/cm3. Photo Credit: Dimensionics Density

Dimensionics Density has a range of tools that can easily determine the density of freeform parts and highly complex AM parts, and can measure density repeatably to 0.001 g/cm3. Photo Credit: Dimensionics Density

Dimensionics Density’s automatic density determination technology provides automated, accurate and repeatable density determinations for additive manufacturing (AM) production settings. The company’s density determination technology enables manufacturers to reliably test the density of AM-produced parts, and thus reinforce the disruptive position of AM in modern production settings.

As AM production technology stimulates design freedom for part complexity, it can also make density determination more difficult when using traditional density determination technologies such as micrographs, computed tomography and the manual Archimedes method.

It is said Dimensionics Density’s solutions can easily determine the density of freeform parts and highly complex AM parts, and can measure density repeatably to 0.001 g/cm3. It uses the Archimedes method, but does so in combination with modern automation technology, thereby eliminating issues associated with manual intervention and environmental conditions.

In the Dimensionics Density system, samples to be measured are placed in a special component carrier, which is provided with openings on the underside. These component carriers are transported through the system by an axis robot and thus lowered centrally and precisely onto the scales themselves. On the scales, a lift-out rack with pins is placed, which lifts the component over the openings in the component carrier and thus lifts the component out of the carrier.

“The automated handling eliminates human influence on the measurement, as the parts are always placed identically onto the scales. The scales are designed to be insulated from vibration,” says Philipp Pruesse, head of sales at Dimensionics Density. “In addition, all ambient conditions such as temperature, air pressure and water temperature are recorded via climate sensors, and their influence on the measurement result is taken into account directly in the evaluation algorithm when determining the density.”

The density determination technology is designed to work precisely with automation in the AM process chain. Also, the technology is nondestructive, so it can be used to verify parts that conform to density requirements and those that don’t in a speedy, precise and cost-effective manner.

This automation in the AM process chain not only enhances efficiency but also ensures consistency and precision at every stage of production. From design optimization to material handling, postprocessing and, of course validation, automation streamlines workflows, reduces human error and accelerates production cycles, making AM a more and more viable production technology.

The role of validation and quality control is critical, as AM’s unique layer-by-layer fabrication process demands rigorous testing and inspection protocols to guarantee the structural integrity and performance of printed parts, especially when employed in industries such as aerospace and health care, where safety and reliability are paramount.


 
  • Learn more about Dimensionic’s Density Determination Platform as a Fraunhofer-commissioned study gives high marks to this automated density determination solution.
Are You a 3D
FormNext Chicago
Convey metal powders with PowTReX from Volkmann
Accelerating
Additive Manufacturing Conference
Colibrium Additive
IMTS2024
The Cool Parts Show
AM Radio

Related Content

Formnext

Finland’s Largest Metal 3D Print Withstands Pressure Vessel Test, Vastly Exceeding Expectations

The pressure vessel was created in cooperation between Andritz Savonlinna Works and the Finish Additive Manufacturing Ecosystem (FAME), and withstood the nondestructive and destructive tests carried out by LUT University.

Read More
Formnext

Meet The Cool Parts Showcase Winners

The Cool Parts Showcase winners for 2023 were announced at Formnext Forum Austin. Watch the award presentation here. 

Read More

8 Cool Parts From Formnext 2023: The Cool Parts Show #65

New additive manufacturing technologies on display at Formnext were in many cases producing notable end-use components. Here are some of the coolest parts we found at this year’s show.

Read More
Production

The AM Ecosystem, User Journeys and More from Formnext Forum Austin: AM Radio #43

Sessions and conversations at the first U.S. Formnext event highlighted the complete additive manufacturing ecosystem, sustainability, the importance of customer education, AM user journeys and much more. 

Read More

Read Next

Tooling

Looking to Secure the Supply Chain for Castings? Don't Overlook 3D Printed Sand Cores and Molds

Concerns about casting lead times and costs have many OEMs looking to 3D print parts directly in metal. But don’t overlook the advantages of 3D printed sand cores and molds applied for conventional metal casting, says Humtown leader.

Read More
Brackets

To Improve Performance of Compression Molded Composites, Add 3D Printed Preforms

9T Labs' Additive Fusion Technology enables the manufacture of composite structures with as much or as little reinforcement as is necessary, using 3D printed continuous fiber preforms to add strength just where needed. 

Read More
LFAM

3D Printing Brings Sustainability, Accessibility to Glass Manufacturing

Australian startup Maple Glass Printing has developed a process for extruding glass into artwork, lab implements and architectural elements. Along the way, the company has also found more efficient ways of recycling this material.

Read More
Colibrium Additive