System Laser

System Laser System Laser provides precision laser cleaning and training.

We specialize in cutting-edge technology solutions to restore, enhance, and optimize performance across various industries.

06/01/2026

Tyson Alward of Shoreline Alaska is now integrating advanced U-Coat flame spray polymer coating systems with laser surface preparation technologies from System Laser.

We will be demonstrating this process at our Sumner, Washington shop and performing testing in June.

Tyson is the representative for the U-Coat flame spray coating systems and can assist clients with equipment selection, application guidance, and pricing.

System Laser Bolthrower™ series lasers are being utilized in conjunction with U-Coat thermoplastic flame spray coatings to create a highly efficient surface preparation and corrosion protection for industrial, marine, utility, water treatment, and pipeline environments.

The technologies work together to streamline prep and coating operations.
⚡️ Laser surface preparation minimizes secondary waste streams, media handling, and contamination- including chlorides.
⚡️ U-Coat flame spray polymers provide immediate return-to-service with no curing or drying time required.
⚡️ The coating system offers excellent chemical resistance, impact resistance, UV stability, salt resistance, and repairability.
⚡️ The coatings are VOC free, NSF61 approved for food and drinking water applications, and suitable for harsh industrial and marine environments.

Unlike traditional liquid coatings, the U-Coat system uses a single-component thermoplastic powder applied pneumatically through a propane flame spray process. The coating bonds rapidly to prepared substrates and can be field-applied in mobile configurations for tanks, steel structures, pipelines, clarifiers, marine infrastructure, and wastewater facilities.

The Maximus and Spartacus systems are capable of very high production rates:
⚡️ Spartacus: approximately 500–800 sq. ft./hr
⚡️ Maximus: approximately 800–1,200 sq. ft./hr depending on configuration and substrate conditions.

One of the major advantages of combining laser preparation with flame spray polymer systems is the reduction of downtime and environmental impact compared to abrasive blasting and conventional multi-coat systems.
Laser preparation combined with immediate-cure polymer coating creates a compelling solution for regulated environments where containment, waste reduction, rapid deployment, and corrosion performance matter.

We look forward to demonstrating these technologies and discussing deployment opportunities with contractors, utilities, industrial owners, and infrastructure groups. For additional information regarding laser surface preparation, coating systems, and field implementation:

www.shorelinealaska.com
Tyson Alward
Shoreline Alaska
907-630-0862

05/21/2026

The Bolt Podcast ⚡️ Exploring how laser technology is transforming the aerospace, maritime, automotive, and construction industries.⁠
⁠
In this clip, we dive into how advanced architectural glass is reshaping mega and super yacht design, creating seamless indoor-outdoor experiences that were once thought impossible.⁠
⁠
This conversation is part of a larger episode on how technology is redefining modern yacht craftsmanship, featuring Nordlund Boat Company and System Laser discussing innovation, precision, and the future of boat building.⁠
⁠
🎙️ Listen now on Apple Podcasts, Spotify, and YouTube.⁠

Apple Podcasts: https://podcasts.apple.com/us/podcast/laser-precision-meets-marine-mastery-the-evolution/id1884716390?i=1000762957841

Spotify: https://open.spotify.com/episode/50CRDmIzZn0UYEG7epf29k?si=e3ab846bf7b84a4d

YouTube: https://youtu.be/R9TukPkhTtU?si=jiPY_wP5H37k5KYi

The 1201 Third Avenue project involved cleaning a a high-value granite architectural surface sourced from limited quarry...
05/20/2026

The 1201 Third Avenue project involved cleaning a a high-value granite architectural surface sourced from limited quarry stock in Brazil. Replacement was not a viable option.

Laser cleaning was evaluated because traditional methods could not remove the silicone sealant contamination without introducing unacceptable risk to the substrate.

Stone and masonry are often treated as simple materials. They are not.

Materials such as:
✨ Finished granite
✨ Sandstone
✨ Architectural stone

are engineered surfaces, not just bulk material.

Their performance and appearance depend on:
✨ Surface finish (polished, honed, flamed)
✨ Mineral composition (quartz, feldspar, mica content)
✨ Surface condition and porosity
✨ Processed outer layers created during fabrication

Granite-specific risk factors-With granite in particular, the risk is surface alteration. Improper laser parameters can result in:
✨ Thermal loading that alters the polished surface
✨ Micro-fracturing at the crystalline level
Localized mineral response (differential absorption)
✨ Etching or loss of gloss on polished finishes
✨ Permanent discoloration or haze

Even when bulk stone remains intact, the finish can be irreversibly changed.

Key Takeaways for Successful Outcomes

✨ Test first always. Not just the substrate, but the specific contaminant system (silicone, coatings, sealers). Ablation thresholds vary.

✨ Understand porosity and finish Granite is less porous than brick, but surface condition (micro-cracks, prior weathering) affects response. Polished surfaces are especially sensitive and should be evaluated carefully.

✨ Control energy density, not just power Pulse width, frequency, scan speed, and overlap determine whether you clean, or alter the surface.

✨ Gloss finish caution If it’s polished, assume etching is possible until proven otherwise through testing.

✨ Bring in the right expertise. When uncertainty exists, engage:
o Architectural conservators
o Historic preservation specialists
o Materials scientists / stone consultants

Build a technical network, not just a tool. We’re not just an equipment manufacturer, we work alongside:
✨ Architectural conservators
✨ Historic preservation specialists
✨ Materials science professionals

System Laser supports our clients in implementing laser programs across real-world conditions and complex substrates. Because deployment isn’t about the machine. It’s about the system behind it.

Laser cleaning is often positioned as a sustainable alternative.In practice, its value comes from controlled implementat...
05/18/2026

Laser cleaning is often positioned as a sustainable alternative.

In practice, its value comes from controlled implementation, reducing chemicals and waste while maintaining performance in real world operations.

When properly implemented, laser cleaning can offer unmatched environmental advantages:
🔥 Controlled material removal
🔥 No media or chemicals
🔥 Reduced waste streams

Where Craftsmanship Meets Technology 🤝Last month, we sat down with Jason from Nordlund Boat Co. to talk about what goes ...
05/13/2026

Where Craftsmanship Meets Technology 🤝

Last month, we sat down with Jason from Nordlund Boat Co. to talk about what goes into high-end yacht construction, and the level of detail it demands.

In this work, materials, finishes, and processes are all selected and executed with precision.

That carries through to surface preparation.

In high-end marine work, surface preparation isn’t just about removal—it’s about control.

We discussed how laser systems are being used to:
🌊 Prepare surfaces with precision
🌊 Preserve underlying materials
🌊 Reduce unnecessary damage to high-value components

This is where modern tools support—not replace—the standards that define this industry.

Technology doesn’t replace craftsmanship. It reinforces it.

🎙️ Listen to the full conversation:

Apple Podcasts: https://podcasts.apple.com/us/podcast/laser-precision-meets-marine-mastery-the-evolution/id1884716390?i=1000762957841

Spotify: https://open.spotify.com/episode/50CRDmIzZn0UYEG7epf29k?si=e3ab846bf7b84a4d

YouTube: https://youtu.be/R9TukPkhTtU?si=jiPY_wP5H37k5KYi

We ran controlled testing on red clay brick using a Pulse Laser to demonstrate a common failure point in laser cleaning....
05/11/2026

We ran controlled testing on red clay brick using a Pulse Laser to demonstrate a common failure point in laser cleaning.⁠
⁠
On clay brick:⁠
🧱 The red color is driven by iron oxides (hematite)⁠
🧱 The outer fired surface (“fire skin”) carries much of that color⁠
⁠
When laser energy is too high:⁠
🧱 The surface layer can be removed⁠
🧱 The iron oxide can be altered⁠
⁠
Result: The brick lightens or shifts color before coatings are fully removed.⁠
⁠
Additional Complexity of Coatings Applied to Brick⁠
⁠
Coating materials applied to brick including paint, silicone, graffiti, often have a higher ablation threshold than the brick itself. They may also persist within the brick porosity. This may lead to results such as:⁠
🧱 Coating still present⁠
🧱 Substrate already damaged⁠
⁠
That’s exactly what is shown in testing.⁠
⁠
Takeaway:⁠
🧱 The laser ablation is interacting with a thin, color-bearing surface layer.⁠
🧱 Once that layer is altered, it’s irreversible.⁠
🧱 Testing prior would have prevented the issue.⁠
⁠
Recommended Approach...Testing is not optional. It should include:⁠
🧱 Substrate evaluation⁠
🧱 Coating removal trials⁠
🧱 Incremental parameter development⁠
🧱 Defined acceptance criteria⁠
In many cases:⁠
✅️ A hybrid approach (chemical cleaning and low-energy laser) is the right solution⁠ ⁠
⁠
On architectural surfaces, the objective isn’t just removal. It may also be preservation.⁠
⁠
Build a system, not just a tool.⁠
System Laser supports our customers in implementing laser programs across complex substrates and real-world operating conditions, backed by the technical resources required for substrate-safe, repeatable results.

05/08/2026

Sanding has been the standard for years… but is it still the best option? ⚡️

In our latest podcast episode, we sat down with Jason from Nordlund Boat Company to talk about the shift toward cleaner, more efficient surface prep methods in the marine industry.

🎙️ One question sparked a bigger conversation:
“What if there’s a better way?”

Listen to The Bolt Podcast on Spotify, Apple Podcasts, and YouTube.

The Thorspear and Skarbolt series are designed for controlled surface preparation and deployed as part of structured las...
05/07/2026

The Thorspear and Skarbolt series are designed for controlled surface preparation and deployed as part of structured laser programs.

We provide resources and guidance to support the integration of laser systems into active construction and industrial operations, including safety planning, operator training, and application-specific procedures.

System Laser and Coatings Unlimited recently completed a field evaluation on a municipal water tank fabricated by Paso R...
05/06/2026

System Laser and Coatings Unlimited recently completed a field evaluation on a municipal water tank fabricated by Paso Robles Tank, Inc, with a focus on how laser surface prep performs in real-world conditions.

The goal was straightforward: evaluate laser systems for seam and weld prep, selective coating removal, and how they compare to abrasive blasting in localized applications.

Three Bolt Laser systems were tested — Yachay® 500 (pulsed hybrid), Skarbolt® 2000 (pulsed), and Thorspear® 3000 (continuous wave).

What stood out immediately was the level of control from the pulsed systems. They allowed for precise seam work, clean feathering at transitions, and efficient corrosion removal, all while maintaining the existing substrate profile.

A two-pass approach delivered the best results. The first pass handled ablation, while a second cleanup pass removed residual char and evened out the surface. Fine-tuning hatch spacing and overlap was key to eliminating visible scan patterns and achieving a consistent finish.

Compared to abrasive blasting, laser-cleaned surfaces had a darker, heat-tinted appearance, meaning visual standards differ from SSPC-SP5. Corroded areas responded quickly with minimal thermal impact. The coating evaluated during testing was Tnemec Series 94-H2O.

From an operational standpoint, setup was minimal and required less supporting labor.

Where this technology fits is clear. Laser surface prep is highly effective for targeted work like seams, corrosion, and coating transitions, while abrasive blasting remains the standard for full-scale removal and production output.

Ongoing efforts are focused on refining parameters, improving inspection methods, and aligning with AMPP VIS 11 / Guide 21711

Laser precision meets marine mastery. ⚡️In our latest conversation with Jason from Nordlund Boat Co., we explore how adv...
05/01/2026

Laser precision meets marine mastery. ⚡️

In our latest conversation with Jason from Nordlund Boat Co., we explore how advanced laser technology is playing a role in the evolution of yacht building-bringing new levels of control, efficiency, and surface precision to a craft built on detail.

Where tradition and innovation meet, the results speak for themselves.

Listen now 🎙️

Apple Podcasts: https://podcasts.apple.com/us/podcast/laser-precision-meets-marine-mastery-the-evolution/id1884716390?i=1000762957841

Spotify: https://open.spotify.com/episode/50CRDmIzZn0UYEG7epf29k?si=e3ab846bf7b84a4d

YouTube: https://youtu.be/R9TukPkhTtU?si=jiPY_wP5H37k5KYi

Address

14209 29th Street East STE 101/102
Sumner, WA
98390

Website

Alerts

Be the first to know and let us send you an email when System Laser posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Shortcuts

Share

Category