PLasmaBlast®
(APS© — 26)
©ATMOSPHERIC PLASMA SOLUTIONS
PLasmaBlast®
APS©
PLasmaBlast®
©ATMOSPHERIC PLASMA SOLUTIONS
PlasmaBlast® Vs. Needlegun
PlasmaBlast® Vs. Needlegun
PlasmaBlast® Vs. Needlegun

Faster

Than Needlegunning

PlasmaBlast® is up to 3x faster, providing a cleaner surface with significantly less debris.

Faster

Than Needlegunning

PlasmaBlast® is up to 3x faster, providing a cleaner surface with significantly less debris.

More Precise

Than Traditional Hand Tools

PlasmaBlast® reaches coating & corrosion on complex geometries and along weld seams.

More Precise

Than Traditional Hand Tools

PlasmaBlast® reaches coating & corrosion on complex geometries and along weld seams.

Sound Comparison
Sound Comparison
Sound Comparison

Less Noise

Transferred Through Surfaces

Vibration caused by needle gunning resonates throughout structures, disturbing important work, focus & sleep.

Less Noise

Transferred Through Surfaces

Vibration caused by needle gunning resonates throughout structures, disturbing important work, focus & sleep.

Less Impact

To The User

The PlasmaBlast® pen creates zero vibration, allowing prolonged use without fatigue.

Less Impact

To The User

The PlasmaBlast® pen creates zero vibration, allowing prolonged use without fatigue.

models
(APS© — 26)
©ATMOSPHERIC PLASMA SOLUTIONS
models
APS©
models
©ATMOSPHERIC PLASMA SOLUTIONS
Match The Unit To The Mission
Match The Unit To The Mission
Match The Unit To The Mission

Mobile or Benchtop

Mobile or Benchtop

Mobile or Benchtop

Both deliver powerful results. The choice depends on your environment. For demanding field environments like shipyards, wind towers or oil fields, choose PB7000⁠-⁠M. For factory or lab work, choose PB7000⁠-⁠B.

Mobile / Handheld

PlasmaBlast PB7000⁠-⁠M

Engineered for the most demanding environments •  120/240 & 480V • Handheld carry • Drop test proven

120/240V

NSN: 4940-01-739-0236

480V

NSN: 4940-01-739-0193

Mobile / Handheld

PlasmaBlast PB7000⁠-⁠M

Engineered for the most demanding environments •  120/240 & 480V • Handheld carry • Drop test proven

120/240V

480V

portable / Benchtop

PlasmaBlast PB7000⁠-⁠B

Built for repeatable shop work, factory installations & robotic integration • Rack mountable

120/240V

NSN: 4940-01-739-0235

480V

NSN: 4940-01-739-0257

MOBILE / Benchtop

PlasmaBlast PB7000⁠-⁠B

Built for repeatable precision on smaller parts — sensitive components, repair cells, inspection and qualification work.

120/240V

480V

portable / Benchtop

PlasmaBlast PB7000⁠-⁠B

Built for repeatable shop work, factory installations & robotic integration • Rack mountable

120/240V

NSN: 4940-01-739-0235

480V

NSN: 4940-01-739-0257

talk to Our team

Learn more about our technology, the problems we solve, and other information you need to convince decision-makers.

talk to Our team

Learn more about our technology, the problems we solve, and other information you need to convince decision-makers.

talk to Our team

Learn more about our technology, the problems we solve, and other information you need to convince decision-makers.

info@apsplasma.com

One plasma science platform. Multiple commercial applications. 20 years of R&D development in the Research Triangle, North Carolina.

11301 Penny Road, Suite D  •  Cary, NC 27518

CAGE 4AEG2  •  UEI DAGFJ4HGPKC7  •  Small Business

info@apsplasma.com

One plasma science platform. Multiple commercial applications. 20 years of R&D development in the Research Triangle, North Carolina.

11301 Penny Road, Suite D

Cary, NC 27518

CAGE 4AEG2 UEI DAGFJ4HGPKC7 Small Business

info@apsplasma.com

One plasma science platform. Multiple commercial applications. 20 years of R&D development in the Research Triangle, North Carolina.

11301 Penny Road, Suite D  •  Cary, NC 27518

CAGE 4AEG2  •  UEI DAGFJ4HGPKC7  •  Small Business

APS© — 26

© 2026 Atmospheric Plasma Solutions, Inc. · Research Triangle, NC

All plasma technologies powered by atmospheric plasma physics · Est. 2005

© 2026 Atmospheric Plasma Solutions, Inc. · Research Triangle, NC

All plasma technologies powered by atmospheric plasma physics · Est. 2005