What is the JPT M7 20–100W Series best suited to clean?

Reaching a 2 ns pulse floor that no higher-power M7 shares, the 20–100W Series is JPT's precision-cleaning source for oxide work on titanium and thin electronics, where layers must lift without driving heat into the substrate. Typical applications include titanium oxide-layer removal, aluminum anodized-layer stripping, 3C electronics contact-pad cleaning, and thin-foil selective coating removal.

How does the JPT M7 20–100W Series differ from other JPT laser cleaning machines?

JPT M7 20–100W Series: Unlike the fixed single-power M7 variants (150W–1000W, many water-cooled) built for throughput, this entry is the configurable air-cooled precision tier spanning the entire 20–100 W band in one module, and alone reaches the widest 2 ns pulse floor for delicate-substrate work.

What is the average power of the JPT M7 20–100W Series?

The JPT M7 20–100W Series delivers 20–100 W average power at 1064 nm. It uses air cooling.

What pulse repetition rate does the JPT M7 20–100W Series support?

The JPT M7 20–100W Series supports pulse repetition rates from 1 to 4000 kHz.

What laser architecture does the JPT M7 20–100W Series use?

The JPT M7 20–100W Series uses a MOPA (Master Oscillator Power Amplifier) architecture operating at 1064 nm (MOPA pulsed ytterbium fiber).

JPT M7 20–100W Series Laser Cleaning Parameters

Sourcehttps://en.jptoe.com/product/m7-20w-30w-mopa-fiber-lasers/

Reaching a 2 ns pulse floor no higher-power M7 shares, the 20–100W Series is JPT’s precision-cleaning source for oxide work on titanium and thin electronics. MOPA pulse-width and frequency tune independently across 2–500 ns and 1–4000 kHz, lifting anodized and oxide layers without heating the substrate beneath. Air-cooled and spanning the full 20–100 W band in one module, it configures before you commit to a fixed-power variant.

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Published values come from public manufacturer datasheets and product pages. If you represent JPT and see an error, outdated figure, or missing model, send a short correction with a public source URL and we will review it.

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OEM Laser Source Module

This is a laser source module sold to system integrators — not a complete laser cleaning machine. Specifications reflect the bare source only. End-user systems built on this module will vary in beam delivery, scan head, and enclosure.

Derived Parameters

Fluence at 2 mm spot	0.0318 J/cm²
Fluence at 5 mm spot	0.00509 J/cm²
Overlap (cleaning)	60–80%

Field spot diameter varies by scan head — 2 mm and 5 mm are representative values for handheld cleaning heads.

Derived from published specifications.

Canonical Specifications

Entity-fact-cited specifications for the JPT M7 20–100W Series sourced from the canonical machines entity registry. Each row is anchored to a citation.

JPT M7 20–100W SeriesMOPA (Master Oscillator Power Amplifier)

Published specifications for JPT M7 20–100W Series
Max Power	—
Pulse Energy	1 mJ
Pulse Duration	Pulse Width (ns) 2 ~ 500 (20W, 30W, 60W, and 100W tables)
Repetition Rate	1–4000 kHz
Beam Quality (M²)	2
Cooling Method	Air
Weight	—

Published Specifications

Brand	JPT
Model	M7 20–100W Series
Origin	China
Laser type	MOPA pulsed ytterbium fiber
Wavelength	1064 nm
Average power	20–100 W
Max pulse energy	1 mJ
Pulse frequency	1–4000 kHz
Cooling	Air
Beam quality (M²)	< 1.5

Source: https://en.jptoe.com/product/m7-20w-30w-mopa-fiber-lasers/

Parameter ranges

JPT M7 20–100W Series positioned against other JPT machines. Orange/blue = this model; slate band = JPT min–max for that property. Missing properties are omitted.

Each row is scaled to the JPT lineup max for that property (not a shared multi-unit axis). Validate against machine calibration before production use.

Fleet Power vs. Pulse Energy

Where the JPT M7 20–100W Series sits among 52 laser-cleaning machines with published power and pulse energy. Log-scale axes; shape = architecture; orange highlight = this machine.

Fleet power vs. pulse energy data
Machine	Max Power (W)	Pulse Energy (mJ)
Netalux Jango®	200	100
cleanLASER CL1000iF	1000	10
PULSAR Laser SHARK P CL 100M	100	1.5
PULSAR Laser SHARK P CL 200M	200	1.5
PULSAR Laser SHARK P CL 300M	300	1.5
PULSAR Laser SHARK P CL 500A	500	1.5
PULSAR Laser SHARK P CL 1000A	1000	1.5
Laserax LXQ-UHP Series (500W–3kW)	1750	100
4JET JETLASER M200	200	10
4JET JETLASER M500	500	100
4JET JETLASER M1000	1000	100
SenFeng SF500HC	500	50
SenFeng SF1000HC	1000	50
Han's Laser HC-PD	125	1.5
P-Laser QF-500	500	50
P-Laser QF-1000	1000	100
P-Laser QF-2000	2000	100
Powerlase Vulcan 500c	500	40
Powerlase FL-C100C	100	5
JNCT Laser 100W Air Cooling Laser Cleaning Machine	100	1
JNCT Laser 200W Air Cooling Laser Cleaning Machine	200	1
Wuhan Sintec STPL-V-i500C	500	60
Wuhan Sintec STPL-V-i1600	1600	250
Han's Laser HC-PD 50W	50	1.1
Han's Laser HC-PD 100W	100	1.5
Han's Laser HC-PD 200W	200	1.5
Netalux Needle 100	100	1
Netalux Needle 150	150	1
Netalux Needle 200	200	2
Netalux Needle 300	300	2
cleanLASER CL 500	500	25
P-Laser QFC-50	50	1
P-Laser QFC-100	100	1
P-Laser QFC-200	200	1
P-Laser QFC-300	300	1
Laserax LXQ-UHP 500W	500	100
Laserax LXQ-UHP 1000W	1000	100
Laserax LXQ-UHP 2000W	2000	150
Laserax LXQ-UHP 3000W	3000	150
Fortune Laser FL-C200	200	2
Fortune Laser FL-C300	300	2
P-Laser ECO-C 200	200	1
P-Laser ECO-C 500	500	1.5
Netalux Kamino 300	300	50
Narran ROD 300 Air	300	15
Narran ROD 500	500	50
Narran ROD 1000	1000	50
Narran ROD 2000	2000	100
Narran ROD 100 Air	100	1.54
Narran ROD 500 Bright+	500	100
Narran ROD 1000 Bright+	1000	100
Narran ROD 2000 Bright+	2000	100

MOPA
Q-HE
Q-std

← JPT systems

Specifications sourced from manufacturer datasheets. Values are reference data — validate against your machine's actual calibration before production use.

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