PÚLSULASER HREINSITÆKICORMAK
CL300
PÚLSULASER HREINSITÆKI
CORMAK
CL300
föst verð aukaskattur bætist við
10.469 EUR
Framleiðsluár
2026
Ástand
Nýtt
Staðsetning
Siedlce 

Upplýsingar um vélina
Verð og staðsetning
föst verð aukaskattur bætist við
10.469 EUR
- Staðsetning:
- Brzeska 120, 08-110 Siedlce, Polska

Hringdu
Tilboðsupplýsingar
- Auglýsingarauðkenni:
- A21927293
- Uppfærsla:
- síðast þann 14.05.2026
Lýsing
CORMAK CL300 Pulsed Laser Cleaning Machine 300W
The CORMAK CL series pulsed laser cleaners are industrial devices designed for fast, precise, and non-contact removal of contaminants from metal, non-metal, and wooden surfaces. Depending on the application requirements, three power variants are available – CL200, CL300, and CL500 – all based on JPT MOPA pulsed fiber laser sources. This ensures high process stability, a wide range of parameter adjustment, and the ability to work both with delicate components and more demanding surfaces.
Technical Specifications
Parameter Value
Dimensions (W × H × D) 260 × 460 × 490 mm
Weight 31 kg
Laser Source Brand JPT
Fiber Interface QCS
Operating Mode MOPA
Laser Wavelength 1064 nm
Maximum Pulse Energy 5 mJ
Fiber Cable Length 5 m
Laser Pulse Frequency 1–3000 kHz
Pulse Duration 13–500 ns
Laser Spot Size 7 ± 1 mm
Laser Line Length 0.01–150 mm
Laser Line Width 0.01–150 mm
Process Gas None required
Scanning Area (Lens) 130 × 130 mm, F254
Cooling System Air-cooled
Scanning Speed 0–30000 mm/s
Operating Temperature 10–30°C
Operating Humidity < 70% non-condensing
Operating Voltage AC 230 V, 50/60 Hz
Efficient and Precise Surface Cleaning
CORMAK laser cleaning systems effectively remove:
rust,
paint coatings,
varnishes,
operational deposits,
oxides,
oil residues,
resins,
and other difficult contaminants.
Thanks to adjustable pulse energy, frequency, and pulse duration, the cleaning process can be optimized for both:
precise and selective cleaning of molds, dies, tools, and precision components,
and efficient preparation of larger surfaces for further processes such as welding, painting, or bonding.
The non-contact nature of laser cleaning minimizes the risk of mechanical damage, microcracks, or deformation of the base material.
Advanced JPT MOPA Technology
The use of JPT MOPA laser sources provides a wide adjustment range for pulse frequency and pulse width, allowing optimal energy density settings depending on the type of contamination and the base material.
The long fiber cable increases working flexibility at greater distances from the main unit, which is especially useful when working on:
large structures,
production lines,
installed machine components,
steel constructions,
molds,
facades,
and industrial equipment.
All CL series models operate at a wavelength of 1064 nm, ensuring high effectiveness on common industrial materials such as:
structural steel,
stainless steel,
aluminum alloys,
and many other technical substrates.
Cost-Effective and Environmentally Friendly Operation
Nljdpfxey Sgn Ss Ahusb
The CL series devices are air-cooled and do not require process gases or abrasive materials, which:
simplifies installation,
reduces operating costs,
minimizes maintenance requirements,
and makes the cleaning process more environmentally friendly.
High scanning speeds combined with adjustable beam parameters significantly reduce processing time compared to traditional methods such as:
sandblasting,
shot blasting,
or chemical cleaning,
while ensuring repeatable results and a high-quality surface finish after cleaning.
The CORMAK CL series pulsed laser cleaners are industrial devices designed for fast, precise, and non-contact removal of contaminants from metal, non-metal, and wooden surfaces. Depending on the application requirements, three power variants are available – CL200, CL300, and CL500 – all based on JPT MOPA pulsed fiber laser sources. This ensures high process stability, a wide range of parameter adjustment, and the ability to work both with delicate components and more demanding surfaces.
Technical Specifications
Parameter Value
Dimensions (W × H × D) 260 × 460 × 490 mm
Weight 31 kg
Laser Source Brand JPT
Fiber Interface QCS
Operating Mode MOPA
Laser Wavelength 1064 nm
Maximum Pulse Energy 5 mJ
Fiber Cable Length 5 m
Laser Pulse Frequency 1–3000 kHz
Pulse Duration 13–500 ns
Laser Spot Size 7 ± 1 mm
Laser Line Length 0.01–150 mm
Laser Line Width 0.01–150 mm
Process Gas None required
Scanning Area (Lens) 130 × 130 mm, F254
Cooling System Air-cooled
Scanning Speed 0–30000 mm/s
Operating Temperature 10–30°C
Operating Humidity < 70% non-condensing
Operating Voltage AC 230 V, 50/60 Hz
Efficient and Precise Surface Cleaning
CORMAK laser cleaning systems effectively remove:
rust,
paint coatings,
varnishes,
operational deposits,
oxides,
oil residues,
resins,
and other difficult contaminants.
Thanks to adjustable pulse energy, frequency, and pulse duration, the cleaning process can be optimized for both:
precise and selective cleaning of molds, dies, tools, and precision components,
and efficient preparation of larger surfaces for further processes such as welding, painting, or bonding.
The non-contact nature of laser cleaning minimizes the risk of mechanical damage, microcracks, or deformation of the base material.
Advanced JPT MOPA Technology
The use of JPT MOPA laser sources provides a wide adjustment range for pulse frequency and pulse width, allowing optimal energy density settings depending on the type of contamination and the base material.
The long fiber cable increases working flexibility at greater distances from the main unit, which is especially useful when working on:
large structures,
production lines,
installed machine components,
steel constructions,
molds,
facades,
and industrial equipment.
All CL series models operate at a wavelength of 1064 nm, ensuring high effectiveness on common industrial materials such as:
structural steel,
stainless steel,
aluminum alloys,
and many other technical substrates.
Cost-Effective and Environmentally Friendly Operation
Nljdpfxey Sgn Ss Ahusb
The CL series devices are air-cooled and do not require process gases or abrasive materials, which:
simplifies installation,
reduces operating costs,
minimizes maintenance requirements,
and makes the cleaning process more environmentally friendly.
High scanning speeds combined with adjustable beam parameters significantly reduce processing time compared to traditional methods such as:
sandblasting,
shot blasting,
or chemical cleaning,
while ensuring repeatable results and a high-quality surface finish after cleaning.
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Skráð frá: 2020
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