NUBURU Receives Purchase Order from Ohio State University

Have you ever wondered how advanced laser technology could transform the field of additive manufacturing? Recent developments at Ohio State University have shed light on this very question. NUBURU, a high-power and high-brightness industrial blue laser technology company, has received a purchase order for its state-of-the-art BlueScan solution. This exciting partnership between NUBURU and the Center for Design and Manufacturing Excellence (CDME) at Ohio State University promises significant advancements in the field of additive manufacturing (AM).

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NUBURU’s Breakthrough in Laser Technology

NUBURU has long been a trailblazer in laser technology, particularly with its high-power blue lasers. The company’s BlueScan solution is set to revolutionize the additive manufacturing landscape by enhancing productivity and quality. To understand what makes this technology so special, it’s crucial to delve into its components.

The Components of BlueScan Solution

The BlueScan solution comprises a BL-250 laser, scanner, and optics. Let’s break down the essential components:

• BL-250 Laser: This laser offers higher absorption rates for metals like copper and gold, which are notoriously challenging to work with in traditional manufacturing settings.
• Scanner: It ensures precision and efficiency in the laser’s movement, essential for accurate material deposition.
• Optics: These are optimized to maintain the laser’s high beam quality.

Together, these components make the BlueScan solution a potent tool for additive manufacturing.

Why Ohio State University?

You might be curious why Ohio State University was chosen for this collaboration. Ohio State’s Center for Design and Manufacturing Excellence (CDME) offers a state-of-the-art development lab that stands as a hub for cutting-edge research and innovation in additive manufacturing techniques.

About the Center for Design and Manufacturing Excellence (CDME)

CDME is not just any academic research center. It is a hub for technological advancements in various manufacturing disciplines, attracting talent, funding, and research opportunities.

• State-of-the-art Facilities: CDME boasts some of the most advanced equipment in the world.
• Collaborative Environment: Students and industry professionals work hand-in-hand, driving innovation.
• Wide Range of Research: From metallic materials to polymers and ceramics, CDME covers extensive ground.

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Advantages of Blue Lasers in Additive Manufacturing

So, why are blue lasers such a game-changer in AM? Let’s explore the benefits.

Higher Absorption Rates

Blue lasers have higher absorption rates for metals, making them more efficient than traditional infrared lasers. This increased absorption results in:

• Better Material Utilization: Less waste of expensive metals.
• Higher Precision: Better control over the AM process ensures higher quality end-products.

Speed and Efficiency

The BL-250 laser’s higher absorption rates translate into faster processing times, which is crucial for:

• Scaling Production: Faster processing allows for higher throughput.
• Reducing Costs: Quicker turnarounds mean lower operational costs.

Enhanced Beam Quality

NUBURU’s blue lasers stand out for their exceptional beam quality, which offers significant benefits:

• Improved Resolution: Higher beam quality ensures finer details in printed objects.
• Consistent Performance: Reliable beam characteristics mean fewer defects and higher quality across different batches.

The Integration Process at CDME

How exactly will the BlueScan solution be implemented at CDME? Here’s a glimpse into the upcoming integration process.

Installation and Setup

The first step will be to integrate the BL-250 laser into one of CDME’s powder bed fusion systems. This will involve:

• Initial Calibration: Ensuring the laser and scanner are perfectly aligned.
• System Integration: Configuring the laser to work seamlessly with existing infrastructure.

Collaboration and Research

Once installed, the BlueScan solution will enable groundbreaking research:

• Comparative Studies: Researchers can compare the effectiveness of blue lasers against traditional infrared lasers.
• Material Innovations: The advanced laser system will help in developing new materials compatible with AM.

CDME and Industry Collaboration

This partnership doesn’t end within the confines of academia. CDME aims to invite third-party collaborators to further explore NUBURU’s technology.

Third-party Collaborations

Interested third parties can participate in research, driving innovation even further. Here are some potential areas of collaboration:

• Material Suppliers: Working with new kinds of powders or wires suitable for blue laser.
• AM System Manufacturers: Integrating similar blue laser solutions into their own AM systems.
• Industrial Partners: Exploring practical applications in fields such as aerospace, automotive, and medical devices.

A Word from the Leaders

Both organizations have expressed their excitement about this partnership.

NUBURU’s Perspective

Brian Knaley, CEO of NUBURU, said, “CDME recognizes the transformative potential of blue lasers to significantly enhance productivity and quality in powder bed fusion applications. We are honored that CDME, a renowned center of excellence in additive processing, has chosen to integrate our BL products into their technology portfolio.”

CDME’s Take

John Middendorf, Director of Additive Manufacturing at CDME, added, “We are excited to build upon the work NUBURU has initiated and compare the characteristics of blue lasers against traditional infrared laser approaches. Once installed later this year, the system will be available for contract development, allowing us to pursue new material innovations with NUBURU’s advanced blue laser technology.”

The Future of Additive Manufacturing

The partnership between NUBURU and Ohio State University is a significant milestone in the field of additive manufacturing. The implications are far-reaching, not just for academia and industry but for the technological landscape as a whole.

Driving Innovation

This collaboration is expected to:

• Drive Further Research: The comparative studies and material innovations will pave the way for future advancements.
• Influence Industry Standards: Success in this partnership could set new standards in AM processes and material utilization.

Conclusion

The purchase order by Ohio State University for NUBURU’s BlueScan solution marks a transformative moment in additive manufacturing. By integrating this advanced technology into CDME’s facilities, NUBURU and Ohio State are poised to set new benchmarks in the industry. The future looks promising, with endless possibilities for further innovations and collaborations.

Have you ever imagined a world where blue lasers lead the charge in manufacturing technologies? With NUBURU and Ohio State University’s groundbreaking collaboration, that future is closer than ever. The benefits of enhanced productivity, better material utilization, and higher precision make this an exciting time for all involved in the field of additive manufacturing. So, what’s on the horizon? Stay tuned as this partnership unfolds and reshapes the industry as we know it.

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