Laser Hard, Inc.

08/20/2026

Laser hardening takes precision to the next level, delivering unmatched control where traditional flame hardening falls short – especially on complex geometries.

On steel clamp dies, we achieved targeted surface coverage, reaching a final hardness of 57-58 HRC. This is the standard of quality our customers can depend on.

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Traditional flame hardening has restrictions on complex geometries. Laser hardening offers a different level of control. Our customer wanted complete coverage of a targeted area on these steel clamp dies, which couldn’t be achieved with flame hardening. By laser hardening, we were able to easily t...

06/30/2026

Don't let distortion kill your production schedule. Traditional heat treating can warp carefully machined tolerances, sending you into a costly cycle of grinding, hard milling and downtime.

Laser hardening changes the game. By using robotic lasers to apply precise heat only to high-wear surfaces, we get maximum wear resistance with virtually zero distortion. Your molds go straight back to the production floor without the post-processing headache.

Learn more: https://laserhard.com/laser-hardening-a-smarter-way-to-protect-molds/

📸 System: AL-Rock by Alpha Laser

06/22/2026

Protect your molds from wear & tear without the warping!

Discover why laser hardening is the smartest way to protect your manufacturing molds, prevent distortion and extend tool life.

Read more: https://laserhard.com/laser-hardening-a-smarter-way-to-protect-molds/

In mold & die manufacturing, your tooling dictates your uptime. Whether you are running complex injection molds, heavy-duty compression dies or stamping tools, they all face the same relentless enemy: wear and tear. When a critical mold begins to degrade, it triggers a costly chain reaction: product...

06/09/2026

Our guys had a great time at the PMA West Michigan Golf Outing yesterday!

Teaming up with a couple of our valued customers, the Laser Hard crew took 2nd place in the morning flight⛳

06/03/2026

Traditional flame hardening has restrictions on complex geometries. Laser hardening offers a different level of control.

Our customer wanted complete coverage of a targeted area on these steel clamp dies, which couldn't be achieved with flame hardening. By laser hardening, we were able to easily target areas to get a full surface coverage.

Final hardness: 57-58 HRC | laserhard.com

05/06/2026

Hardness where it counts. We recently completed laser hardening on this large cam face, achieving a consistent 57-58 HRC.

This localized heat treatment ensures wear resistance and durability without compromising the integrity of the rest of the component.

Get a quote: https://laserhard.com/request-quote/

04/28/2026

Hardening the high wear areas on Henry Holsters molds to keep them in production longer.

As leaders in high-end holster manufacturing, their tooling has to handle serious volume. We proved the process on a test piece first to lock in the precision before scaling up to production.

56-58 HRC | .050” case depth

04/21/2026

High-volume production leaves no room for guesswork. We selectively heat treated molds used to manufacture holsters to increase their production lifespan, achieving 56-58 HRC in the high-wear areas.

We don’t just promise durability, we prove it. Read the full breakdown of how we moved from test piece to production on the blog:

In high-volume manufacturing, you need tooling that can go the distance. When Henry Holsters brought us their molds, the objective was straightforward: increase wear resistance to handle the constant heat and pressure of injection molding. These molds are the backbone of their operation, and the mor...

04/12/2026

Our precision laser hardening improves worn, critical surfaces across any component geometry. Extend the service life of your high-wear parts with a localized hardness profile tailored to your exact specifications.

Get a quote on your next project: https://laserhard.com/request-quote/