Company: LASE
Filing Date: 2025-06-24
Form Type: 10-K
Source: 0001641172-25-016194
Chunk: 181

Company: Laser Photonics Corp
Filing Date: 2025-06-24
Form: 10-K
Item: Item 1
Chunk 181
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 industries to improve and promote programs to address significant
concerns about the exposure of employees to toxic airborne materials to reduce the risk of lung cancer and silicosis triggered by inhalation
of crystalline silica dust released from abrasive blasting. Laser cleaning uses photons emissions, thus eliminating the need for abrasive
media, including silica. The chart below provides information on several industries to indicate the need for laser cleaning equipment
and how our technology meets those industries’ requirements. This chart was developed by us in the last few months to allow our
salespeople to identify the specific model of our CleanTech laser blasting equipment that matches target industries and the surface integrity
parameters familiar to prospective customers. We want to demonstrate our capability to address the specific cleaning applications that
such customers require. The industry terminology is explained in our footnotes to the chart.

Below
is the description of abbreviations and definitions used in Laser Photonics Laser Blaster products qualification chart:

    ●
    Roughing-Rough
    surface condition for thick material

    ●
    Mid-Range-Normal
    level below roughest surface condition for medium material thickness

    ●
    Finishing-Least
    amount of roughness on a surface for thin materials

    ●
    Gauge-indication
    of a measurement of industrial materials.

    ●
    Grit-indication
    of roughness to apply to a surface for preparation prior to coating.

    ●
    CAML-grade
    of abrasive media used for the sandblasting industry.

    ●
    DPI-Dots
    per inch

    ●
    LPI-Lines
    per inch

    ●
    Laser
    Grade-Designated choice of laser for best results

    ●
    Strip
    Rate in Ft Squared per hour is calculated as follows: 2X (laser power in KW) / (coating thickness in mils, where one mill= .001),
    X 60 minutes. Source: Robotic Laser Coating Removal System ESTCP Project WP- 0526 apps.dtic.mil

8

Our
current Laser Blasting solutions are as follows:

Handheld CleanTech Line: We offer the widest range of Class IV handheld laser blasting equipment in the world, spanning from 50W to 3000W, and including the world’s most powerful production laser blaster on the market — the CleanTech Industrial Roughening Laser 3060, delivering average power levels in the 10,000-watt range.