Laser Photonics Attends WM Symposia to Present Custom Nuclear Decontamination Solution

Rhea-AI Summary

Laser Photonics (NASDAQ:LASE) attended the WM Symposia on March 18, 2026, presenting a joint remote nuclear decontamination robot with partner Brokk and introducing a next‑generation CleanTech® laser cleaning blaster tailored for a major nuclear power plant client.

The system is engineered to replace abrasive sandblasting by vaporizing surface contaminants, reducing secondary contaminated waste, and integrating fume extraction and a modular shroud to support safer decommissioning operations.

Argus Mar 18 session

-6.76% close to close Open Argus

Details

News Market Reaction – LASE

On Mar 18, the day this news came out, LASE closed 6.76% below the previous close.

Data tracked by StockTitan Argus for the Mar 18 session.

Historical Context

5 past events · Latest: Mar 16

5 events

1. Mar 16

   Warrant inducement financing

   24h Move

   -18.0%

   Discounted warrant exercises for $1.5M gross proceeds and new replacement warrants.

2. Mar 13

   CleanTech deployment win

   24h Move

   +2.9%

   CleanTech laser cleaning integrated into Cummins engine maintenance processes.

3. Mar 10

   Preliminary 2025 results

   24h Move

   -9.0%

   Revenue roughly doubled to $7.5M and debt reduction outlined in prelim results.

4. Mar 03

   Manufacturing consolidation

   24h Move

   -0.6%

   Operations consolidated into 50,000-square-foot Lake Mary facility targeting $1M savings.

5. Feb 26

   Repeat system order

   24h Move

   +11.8%

   Repeat CMS laser marking order from major fiber optic manufacturer with 20+ systems.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Key Terms

remote-controlled demolition platforms, nuclear decontamination, abrasive sandblasting, laser-driven transmutation mechanism, +1 more

5 terms

remote-controlled demolition platforms technical

"alongside its technology partner Brokk, a leader in remote-controlled demolition platforms."

Remote-controlled demolition platforms are motorized machines operated from a safe distance to break down buildings, structures, or hazardous materials, similar to using a remote-controlled toy car but built for heavy, destructive work. They matter to investors because they can lower labor costs and injury risk, speed projects, and open new markets where human crews can’t safely work, which can boost revenue potential and affect regulatory and insurance considerations for companies using or making them.

nuclear decontamination technical

"a laser-cleaning robot for remote nuclear decontamination and jointly presented"

Nuclear decontamination is the process of removing or neutralizing radioactive materials from people, buildings, land, equipment or water so they are safe to use again. For investors it matters because cleanup can create long-term costs, regulatory obligations, and business opportunities for firms that provide remediation services or technologies—think of it like hiring specialists to clean an invisible, hazardous spill that affects property value and future operations.

abrasive sandblasting technical

"designed to replace traditional abrasive sandblasting, which generates large volumes"

Abrasive sandblasting is a process that uses high‑speed particles, typically sand or other grit, blasted against a surface to clean, shape or roughen it—like using heavy‑duty sandpaper driven by air. Investors care because it is a common industrial maintenance and preparation technique that affects production quality, equipment lifespan, regulatory compliance, and operating costs; changes in its use or regulation can alter capital spending, safety liabilities, and profit margins.

laser-driven transmutation mechanism technical

"through a laser-driven transmutation mechanism, dramatically reducing secondary waste"

A method that uses extremely powerful laser pulses to trigger changes in the nuclei of atoms, effectively converting one element or isotope into another. Investors should care because this technique promises new ways to create valuable isotopes, reduce hazardous nuclear waste or alter material properties, which can change supply chains and create commercial opportunities much like a new industrial tool reshapes a factory’s output.

fume extraction system technical

"The unit features an integrated fume extraction system and a modular shroud"

A fume extraction system is equipment that captures and removes harmful airborne particles, gases or vapors produced during industrial processes, lab work or medical procedures. It matters to investors because it reduces health and safety risks, helps companies meet regulations, can prevent costly shutdowns or fines, and often requires upfront capital — similar to a powerful kitchen hood that keeps air clean and operations running smoothly.

AI-generated analysis. How Rhea-AI works. Not financial advice.

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CleanTech® Laser Blasting Positioned as Disruptive Alternative to Abrasive Sandblasting for Nuclear Decommissioning

ORLANDO, FL / ACCESS Newswire / March 18, 2026 / Laser Photonics Corporation (NASDAQ:LASE) ("Laser Photonics" or the "Company"), a global leader in laser systems for industrial and defense applications, today announced that it attended the annual Waste Management (WM) Symposia in Phoenix, Arizona, alongside its technology partner Brokk, a leader in remote-controlled demolition platforms. The two companies are collaborating on a laser-cleaning robot for remote nuclear decontamination and jointly presented their latest developments at the conference.

Laser Photonics also introduced its next-generation CleanTech® laser cleaning blaster, currently being custom engineered for a major nuclear power plant client. The system is designed to replace traditional abrasive sandblasting, which generates large volumes of secondary contaminated media that must be handled and disposed of as controlled waste. Instead, the CleanTech® process removes and vaporizes surface contaminants at the point of treatment through a laser-driven transmutation mechanism, dramatically reducing secondary waste and associated disposal costs. The unit features an integrated fume extraction system and a modular shroud to capture airborne debris, supporting safer facility operations.

"By prioritizing simple handling and modularity, we are providing our nuclear partners with a safer, more sustainable alternative to legacy decontamination methods such as abrasive sandblasting, which create substantial secondary waste streams," said Wayne Tupuola, Chief Executive Officer of Laser Photonics. "CleanTech® laser blasting minimizes that waste by vaporizing and transmuting surface contaminants, directly supporting cost reduction and waste-volume reduction targets in nuclear decommissioning."

About Laser Photonics Corporation
Laser Photonics Corporation (NASDAQ:LASE) is a global leader in laser systems for industrial and defense applications. The Company develops and manufactures advanced laser technologies used in cleaning, surface preparation, and precision material processing across demanding operating environments. Laser Photonics serves a broad range of end markets, including defense and government, aerospace, energy, maritime, automotive, and advanced manufacturing. Through a combination of internal development, strategic acquisitions, and partnerships, the Company continues to expand its product portfolio and address new applications where performance, efficiency, and environmental considerations are critical. For more information, please visit laserphotonics.com.

Cautionary Note Concerning Forward-Looking Statements
This press release contains forward-looking statements within the meaning of applicable securities laws. These statements are based on current expectations as of the date of this press release and involve risks and uncertainties that may cause results and uses of proceeds to differ materially from those indicated by these forward-looking statements. We encourage readers to review the "Risk Factors" in our Registration Statement for a comprehensive understanding. Laser Photonics Corp. undertakes no obligation to revise or update any forward-looking statements, except as required by applicable laws or regulations, to reflect events or circumstances after the date of this press release.

Investor Relations Contact
Lucas A. Zimmerman & Ian Scargill
MZ Group - MZ North America
(262) 357-2918
LASE@mzgroup.us
www.mzgroup.us

SOURCE: Laser Photonics Corp.

View the original press release on ACCESS Newswire

FAQ

AI-generated questions and answers. How Rhea-AI works. Not financial advice.

What did Laser Photonics (LASE) present at the WM Symposia on March 18, 2026?

They presented a joint laser‑cleaning robot developed with Brokk for remote nuclear decontamination. According to the company, the demonstration highlighted integration of CleanTech® laser blasting into remote demolition platforms and modular fume control features.

How does CleanTech® laser blasting for LASE differ from abrasive sandblasting?

CleanTech® vaporizes and transmutates contaminants rather than producing contaminated abrasive media. According to the company, this approach dramatically reduces secondary waste volumes and lowers disposal handling compared with traditional sandblasting.

Is Laser Photonics building a custom CleanTech® unit for a nuclear power plant client?

Yes, Laser Photonics said it is custom engineering a next‑generation CleanTech® blaster for a major nuclear power plant client. According to the company, the unit includes integrated fume extraction and a modular shroud for safer operations.

What operational benefits does the CleanTech® system claim for nuclear decommissioning?

The system aims to reduce secondary waste, lower disposal costs, and improve safety with fume extraction and modular shrouds. According to the company, these features support waste‑volume reduction targets in decommissioning programs.

Who is Laser Photonics partnering with for the remote decontamination robot and why does it matter?

Laser Photonics partnered with Brokk to combine laser cleaning with remote demolition platforms. According to the company, the collaboration enables remote operations in hazardous nuclear environments, enhancing safety and access during decontamination tasks.